mhurhangee/patent-ind-claim-en huggingface dataset:
Modular tool holder comprising a base body extending along an axis of rotation , said base body being functionally divided into a shaft portion for coupling to a machine tool spindle and into a clamping portion having a central receiving bore for receiving and clamping a cutting tool , which has at least one cutting edge, and into a cutting head arranged concentrically to the base body and detachably fastened to the base body , having at least one cutting edge which is arranged in a predetermined axial and/or radial and/or angular position relative to the at least one cutting edge of the cutting tool , wherein the cutting head comprises a sleeve portion extending the tool holder having a central through bore arranged concentrically to the central receiving bore of the clamping portion for receiving and radially supporting a tool shank part of the cutting tool projecting from the central receiving bore of the clamping portion , characterized in that the cutting head has a vernier adjustment device at an axial distance from the clamping portion for vernier adjustment of the radial position of the tool shank part projecting from the clamping portion .
An accessory device introduction system which works in conjunction with an endoscope and enables more than one accessory device to be used at the same time, the accessory device introduction system comprising: a. an attachment assembly comprising: - a fixed portion which is adapted to connect securely to the endoscope by means of a compression friction fit between the endoscope and itself, and - a rotating portion having a range of motion to rotate around a central axis of the fixed portion and comprising a plurality of access ports to be presented to an end user and a plurality of access funnels , to enable the end user to pass an accessory device within said access ports and access funnels ; and b. a multi-channeled endoscope shaft sheath which is connected to the attachment assembly at one end and to a distal end of the endoscope shaft at the other end therefore covering an entire outer shaft diameter length, the endoscope shaft sheath having a plurality of channels which only expand to accommodate said accessory devices; wherein the plurality of access ports and access funnels can be rotated independently of the fixed portion . a. an attachment assembly comprising: - a fixed portion which is adapted to connect securely to the endoscope by means of a compression friction fit between the endoscope and itself, and - a rotating portion having a range of motion to rotate around a central axis of the fixed portion and comprising a plurality of access ports to be presented to an end user and a plurality of access funnels , to enable the end user to pass an accessory device within said access ports and access funnels ; and - a fixed portion which is adapted to connect securely to the endoscope by means of a compression friction fit between the endoscope and itself, and - a rotating portion having a range of motion to rotate around a central axis of the fixed portion and comprising a plurality of access ports to be presented to an end user and a plurality of access funnels , to enable the end user to pass an accessory device within said access ports and access funnels ; and b. a multi-channeled endoscope shaft sheath which is connected to the attachment assembly at one end and to a distal end of the endoscope shaft at the other end therefore covering an entire outer shaft diameter length, the endoscope shaft sheath having a plurality of channels which only expand to accommodate said accessory devices;
A modular hanging barrel system comprising: a cylindrical-shaped barrel having an exterior wall , an interior wall, a top rim, a top aperture defining a void within the cylindrical barrel, and a plurality of vent holes on the upper half of the exterior wall; wherein the void is defined and configured to receive a tubular insert , said insert comprising an aperture at a top end and a bottom end , a wall connecting the top and bottom, said wall having an exterior insert wall face and an interior wall face and a flange positioned circumferentially around the top of the insert; said flange defined to be retained on the top rim of the barrel and said wall being positioned within the void, said flange maintaining said insert at a position within the top aperture; and a support structure sized to support the cylindrical-shaped barrel, said support structure comprising hanging elements for hanging the cylindrical-shaped barrel. a cylindrical-shaped barrel having an exterior wall , an interior wall, a top rim, a top aperture defining a void within the cylindrical barrel, and a plurality of vent holes on the upper half of the exterior wall; wherein the void is defined and configured to receive a tubular insert , said insert comprising an aperture at a top end and a bottom end , a wall connecting the top and bottom, said wall having an exterior insert wall face and an interior wall face and a flange positioned circumferentially around the top of the insert; said flange defined to be retained on the top rim of the barrel and said wall being positioned within the void, said flange maintaining said insert at a position within the top aperture; and a support structure sized to support the cylindrical-shaped barrel, said support structure comprising hanging elements for hanging the cylindrical-shaped barrel.
A pharmaceutical composition comprising at least one compound selected from a group consisting of: or a stereoisomer or a pharmaceutically acceptable salt thereof.
A water heating and treatment system with UV lamp and anti-scale water treatment sanitation for suppression of pathogens and undesired bacterial content in a domestic water system comprising: a water heater ; a cold water supply line to supply water to said water heater comprising said anti-scale device , and said UV sanitation lamp ; a single or multiple mixing station to supply heated water to one or multiple temperature zones, said single or multiple mixing station fluidly coupled to said cold water supply line and to a hot water outflow line from said water heater , said single or multiple mixing station to supply heated water to at least a first temperature zone at a first hot water temperature; a water heater sanitation loop including a sanitation loop pump to circulate hot water within said water heater ; wherein a water heater controller is configured to cause an activation of said water heater sanitation loop and a water temperature of said water heater to increase momentarily to a sanitization temperature above 66°C (151°F) for one or more periods of at least two minutes in a sanitation loop mode, and wherein said mixing station maintains said at least first temperature zone at about said first hot water temperature during operation of said sanitation loop mode. a water heater ; a cold water supply line to supply water to said water heater comprising said anti-scale device , and said UV sanitation lamp ; a single or multiple mixing station to supply heated water to one or multiple temperature zones, said single or multiple mixing station fluidly coupled to said cold water supply line and to a hot water outflow line from said water heater , said single or multiple mixing station to supply heated water to at least a first temperature zone at a first hot water temperature; a water heater sanitation loop including a sanitation loop pump to circulate hot water within said water heater ; wherein a water heater controller is configured to cause an activation of said water heater sanitation loop and a water temperature of said water heater to increase momentarily to a sanitization temperature above 66°C (151°F) for one or more periods of at least two minutes in a sanitation loop mode, and wherein said mixing station maintains said at least first temperature zone at about said first hot water temperature during operation of said sanitation loop mode.
A method for a bending test of a flexible screen , comprising: connecting the flexible screen to a fixing device to form two connection ends; and conducting an extrusion test to the flexible screen , including moving the fixing device to change the distance between the connection ends of the fixing device so that the distance is less than or equal to the length of the flexible screen between the two connection ends, characterized by moving the fixing device respectively along directions which are parallel to each other to extrude the flexible screen , comprising moving the fixing device respectively along a first plurality of directions which are parallel to each other to extrude the flexible screen , and moving the fixing device respectively along a second plurality of directions which are parallel to each other to extrude the flexible screen , the first plurality of directions being perpendicular to the second plurality of directions. connecting the flexible screen to a fixing device to form two connection ends; and conducting an extrusion test to the flexible screen , including moving the fixing device to change the distance between the connection ends of the fixing device so that the distance is less than or equal to the length of the flexible screen between the two connection ends, characterized by moving the fixing device respectively along directions which are parallel to each other to extrude the flexible screen , comprising moving the fixing device respectively along a first plurality of directions which are parallel to each other to extrude the flexible screen , and moving the fixing device respectively along a second plurality of directions which are parallel to each other to extrude the flexible screen , the first plurality of directions being perpendicular to the second plurality of directions.
A method for sterilising preforms of a thermoplastic material, which are provided for producing blow-moulded containers , and in the case of which a sterilisation agent is introduced into an interior of the preform , wherein a feed element for the sterilisation agent is positioned in an opening region of the preform at least during a part of the duration of the sterilisation, characterised in that the sterilisation agent is introduced into the preform through at least one feed channel of an applicator of the feed element and is discharged from the preform through at least one discharge channel of the applicator or grooves in the region of the applicator , wherein the feed element is inserted into the opening section and is clamped relative to the preform .
A method for determining an injury risk of a user from a plurality of exercises using a device with a heart rate sensor , a processor , a memory including a resident memory , an output device and software, the method having following steps implemented with said device : determining for each physical exercise a timestamp and a value of training load, storing the timestamp and the value of training load of each exercise in the resident memory to obtain a register having plurality of such records from executed exercises, performing a recovery test frequently, including measuring a beat-by-beat heart rate, to obtain a recovery value with a timestamp from each recovery test, where the recovery value is a maximum of heart rate variability-to-heart rate ratio averages, which averages are calculated from a predetermined length period over the whole measurement, and storing the recovery values with the timestamps in the register of the resident memory , calculating indices depicting a short term training load (STTL), a ratio (TLR) of the short term training load (STTL) and a long term training load (LTTL), and a recovery (RI) based on the stored values of the register , calculating a weighting factor for each said index, each weighting factor depicting the relevance of the corresponding index to the user's probability of injury, correcting each index with the corresponding weighting factor to obtain weighted indices, calculating a numerical value of injury risk using the weighted indices, displaying the value of injury risk to the user using the output device . determining for each physical exercise a timestamp and a value of training load, storing the timestamp and the value of training load of each exercise in the resident memory to obtain a register having plurality of such records from executed exercises, performing a recovery test frequently, including measuring a beat-by-beat heart rate, to obtain a recovery value with a timestamp from each recovery test, where the recovery value is a maximum of heart rate variability-to-heart rate ratio averages, which averages are calculated from a predetermined length period over the whole measurement, and storing the recovery values with the timestamps in the register of the resident memory , calculating indices depicting a short term training load (STTL), a ratio (TLR) of the short term training load (STTL) and a long term training load (LTTL), and a recovery (RI) based on the stored values of the register , calculating a weighting factor for each said index, each weighting factor depicting the relevance of the corresponding index to the user's probability of injury, correcting each index with the corresponding weighting factor to obtain weighted indices, calculating a numerical value of injury risk using the weighted indices, displaying the value of injury risk to the user using the output device .
A deadfront article for a display comprising: a cover structure comprising: an inner surface ; an outer surface opposite the inner surface ; a light guide layer comprising: an inner surface; and an outer surface facing toward the inner surface of the cover structure ; and a light extraction layer located on at least one of the inner surface and the outer surface of the light guide layer ; characterized in that : the cover structure comprises: a glass layer located between the inner surface and the outer surface ; a first layer of light transmitting ink or pigment located between the inner surface of the cover structure and the glass layer ; and at least one of: the light extraction layer is a white ink material having an average thickness in a range of .05 μm to 500 μm, and the cover structure comprises a second layer of light transmitting ink or pigment disposed between the first layer and the light extraction layer . a cover structure comprising: an inner surface ; an outer surface opposite the inner surface ; an inner surface ; an outer surface opposite the inner surface ; a light guide layer comprising: an inner surface; and an outer surface facing toward the inner surface of the cover structure ; and an inner surface; and an outer surface facing toward the inner surface of the cover structure ; and a light extraction layer located on at least one of the inner surface and the outer surface of the light guide layer ; characterized in that : the cover structure comprises: a glass layer located between the inner surface and the outer surface ; a first layer of light transmitting ink or pigment located between the inner surface of the cover structure and the glass layer ; and at least one of: the light extraction layer is a white ink material having an average thickness in a range of .05 μm to 500 μm, and the cover structure comprises a second layer of light transmitting ink or pigment disposed between the first layer and the light extraction layer . the cover structure comprises: a glass layer located between the inner surface and the outer surface ; a first layer of light transmitting ink or pigment located between the inner surface of the cover structure and the glass layer ; and at least one of: the light extraction layer is a white ink material having an average thickness in a range of .05 μm to 500 μm, and the cover structure comprises a second layer of light transmitting ink or pigment disposed between the first layer and the light extraction layer . the light extraction layer is a white ink material having an average thickness in a range of .05 μm to 500 μm, and the cover structure comprises a second layer of light transmitting ink or pigment disposed between the first layer and the light extraction layer .
A system for a vehicle communication, the system comprising: a vehicle embedded system in the vehicle adapted to capture a plurality of signals associated with the vehicle embedded system , wherein the vehicle embedded system comprises a plurality of sensors adapted to capture the plurality of signals and wherein the plurality of sensors are mounted at multiple locations on the vehicle; and a smart horn comprising a vehicle horn and a first processor and wherein the first processor is coupled to the vehicle embedded system and is configured to: receive the plurality of signals from the vehicle embedded system ; determine a severity of the plurality of signals; on determining the severity, modulate and embed information in a sound wave generated by the vehicle horn, wherein the information comprises a vehicle identification number, a vehicle owner identification, a vehicle health identification, and vehicle location details and wherein the sound wave is in an upper audio band of frequency range of 16-20kHz. a vehicle embedded system in the vehicle adapted to capture a plurality of signals associated with the vehicle embedded system , wherein the vehicle embedded system comprises a plurality of sensors adapted to capture the plurality of signals and wherein the plurality of sensors are mounted at multiple locations on the vehicle; and a smart horn comprising a vehicle horn and a first processor and wherein the first processor is coupled to the vehicle embedded system and is configured to: receive the plurality of signals from the vehicle embedded system ; determine a severity of the plurality of signals; on determining the severity, modulate and embed information in a sound wave generated by the vehicle horn, wherein the information comprises a vehicle identification number, a vehicle owner identification, a vehicle health identification, and vehicle location details and wherein the sound wave is in an upper audio band of frequency range of 16-20kHz. receive the plurality of signals from the vehicle embedded system ; determine a severity of the plurality of signals; on determining the severity, modulate and embed information in a sound wave generated by the vehicle horn, wherein the information comprises a vehicle identification number, a vehicle owner identification, a vehicle health identification, and vehicle location details and wherein the sound wave is in an upper audio band of frequency range of 16-20kHz.
Coupling arrangement for a screw coupling for liquid conduits of a high-pressure cleaning apparatus, wherein the coupling arrangement comprises a plug part pluggably connectable to a complementarily configured plug part of a second coupling arrangement of the screw coupling for establishing a liquid-tight and releasable connection therewith with a sealing ring interposed therebetween, and a connecting part having a thread that is screwably connectable to a complementarily configured thread of the second coupling arrangement, wherein the thread is of a multiple-threaded configuration and the connecting part comprises a clamping element aligned in an in-line relationship with the thread relative to the thread longitudinal axis and releasably clampable against a complementarily configured clamping element of the second coupling arrangement by axially inserting one into the other, wherein a dirt-receiving space is arranged in an axial direction, between the thread and the clamping element and is configured as an annular space that is oriented coaxially with the thread longitudinal axis , characterized in that the length of the dirt-receiving space in an axial direction is 0.7 times to 1.3 times the length of the thread .
A seat indexing system for an internal cabin of a vehicle, the seat indexing system comprising: a seat assembly ; and an indexing wheel coupled to the seat assembly , wherein the indexing wheel is configured to be moved between a stowed position, in which the indexing wheel is disengaged from a seat track , and a deployed position, in which the indexing wheel engages the seat track , wherein the indexing wheel comprises a plurality of knobs radially extending from a wheel body , wherein the plurality of knobs are radially spaced to fit into expanded openings of the seat track as the indexing wheel rolls over the seat track , wherein the plurality of knobs defines a positioning range , which relates to a traversed area over the seat track defining a proper position for the seat assembly , wherein the indexing wheel further comprises a smooth rim outside of the positioning range . a seat assembly ; and an indexing wheel coupled to the seat assembly , wherein the indexing wheel is configured to be moved between a stowed position, in which the indexing wheel is disengaged from a seat track , and a deployed position, in which the indexing wheel engages the seat track , wherein the indexing wheel comprises a plurality of knobs radially extending from a wheel body , wherein the plurality of knobs are radially spaced to fit into expanded openings of the seat track as the indexing wheel rolls over the seat track , wherein the plurality of knobs defines a positioning range , which relates to a traversed area over the seat track defining a proper position for the seat assembly , wherein the indexing wheel further comprises a smooth rim outside of the positioning range .
An article comprising at least one non-transitory machine-readable storage medium storing instructions executable by a processing resource of a file encryption system to cause the processing resource to: receive a request to create a portable document format - PDF - file to store content, wherein part of the content, comprising a metadata entry and a data block , is to be stored in encrypted form; create a custom field in the PDF file to store encrypted data; sign the part of the content to be stored in encrypted form and a content map with a first key to generate a signature and store the signature as part of the encrypted data in the custom field of the PDF file; encrypt the metadata entry with a metadata entry key , encrypt the metadata entry key with a second key , and store the encrypted metadata entry, with the encrypted metadata entry key, in the custom field of the PDF file as part of the encrypted data; encrypt the data block with a data block key , encrypt the data block key with the second key , and store the encrypted data block, with the encrypted data block key, in the custom field of the PDF file as part of the encrypted data; encrypt the content map with a content map key , encrypt the content map key with the second key , and store the encrypted content map, with the encrypted content map key, in the custom field of the PDF file as part of the encrypted data; and store an unencrypted content part in an area of the PDF file that is not the custom field of the PDF file. receive a request to create a portable document format - PDF - file to store content, wherein part of the content, comprising a metadata entry and a data block , is to be stored in encrypted form; create a custom field in the PDF file to store encrypted data; sign the part of the content to be stored in encrypted form and a content map with a first key to generate a signature and store the signature as part of the encrypted data in the custom field of the PDF file; encrypt the metadata entry with a metadata entry key , encrypt the metadata entry key with a second key , and store the encrypted metadata entry, with the encrypted metadata entry key, in the custom field of the PDF file as part of the encrypted data; encrypt the data block with a data block key , encrypt the data block key with the second key , and store the encrypted data block, with the encrypted data block key, in the custom field of the PDF file as part of the encrypted data; encrypt the content map with a content map key , encrypt the content map key with the second key , and store the encrypted content map, with the encrypted content map key, in the custom field of the PDF file as part of the encrypted data; and store an unencrypted content part in an area of the PDF file that is not the custom field of the PDF file.