mhurhangee/patent-ind-claim-en huggingface dataset:
A vessel comprising: a memory configured to store a vessel identifier; and a vessel processor operatively coupled to the memory, wherein the vessel processor is configured to: initiate a timer for a shelf life of a cleaning or disinfecting solution placed into the vessel; periodically conduct a measurement of the concentration of the solution using one or more sensors in the vessel; compare the measurement to a minimum chemistry concentration threshold for the solution; and activate a solution indicator to indicate that the solution should be discarded responsive to a time determination that the shelf life has expired or a quantitative or qualitative determination that the measurement exceeds the minimum chemistry concentration threshold. a memory configured to store a vessel identifier; and a vessel processor operatively coupled to the memory, wherein the vessel processor is configured to: initiate a timer for a shelf life of a cleaning or disinfecting solution placed into the vessel; periodically conduct a measurement of the concentration of the solution using one or more sensors in the vessel; compare the measurement to a minimum chemistry concentration threshold for the solution; and activate a solution indicator to indicate that the solution should be discarded responsive to a time determination that the shelf life has expired or a quantitative or qualitative determination that the measurement exceeds the minimum chemistry concentration threshold. initiate a timer for a shelf life of a cleaning or disinfecting solution placed into the vessel; periodically conduct a measurement of the concentration of the solution using one or more sensors in the vessel; compare the measurement to a minimum chemistry concentration threshold for the solution; and activate a solution indicator to indicate that the solution should be discarded responsive to a time determination that the shelf life has expired or a quantitative or qualitative determination that the measurement exceeds the minimum chemistry concentration threshold.
An error identification method for a five-axis controlled machine tool including three translational axes for translational control in X, Y, and Z axis directions and two rotation axes for rotation control about B and C axes, wherein the X axis is a vertical axis, Z and Y axes are orthogonal in a plane orthogonal to the X axis, and the B axis is a rotary feed axis for rotation about an axis in parallel with the Y axis, and the C axis is a rotary feed axis for rotation about an axis in parallel with the Z axis, the method comprising: a step of providing a reference sphere to the C axis and attaching a touch probe to the B axis; a first measurement step of measuring a center position of the reference sphere while indexing an angle of the B axis at an equal interval when the B axis turns within a range of 0 to 90°, with the C axis fixed; a second measurement step of measuring the center position of the reference sphere as same as in the first measurement step with a turning radius of a measurement point of the touch probe changed; a third measurement step of measuring the center position of the reference sphere while indexing an angle of the C axis at an equal interval when the C axis turns by a single rotation, with the B axis fixed; and a fourth measurement step of measuring the center position of the reference sphere as same as in the third measurement step with a Z direction initial position of the reference sphere changed. a step of providing a reference sphere to the C axis and attaching a touch probe to the B axis; a first measurement step of measuring a center position of the reference sphere while indexing an angle of the B axis at an equal interval when the B axis turns within a range of 0 to 90°, with the C axis fixed; a second measurement step of measuring the center position of the reference sphere as same as in the first measurement step with a turning radius of a measurement point of the touch probe changed; a third measurement step of measuring the center position of the reference sphere while indexing an angle of the C axis at an equal interval when the C axis turns by a single rotation, with the B axis fixed; and a fourth measurement step of measuring the center position of the reference sphere as same as in the third measurement step with a Z direction initial position of the reference sphere changed.
Frame, in particular in the form of a tripod, having a plurality of rod-like legs which are fastened centrally to a connecting part which is designed to be open radially outwards, so that the legs do not have to be threaded in as in the case of rings, wherein the frame can be folded into a space-saving transport position in which the legs are aligned largely parallel, and the frame can be folded apart into a use position in which the legs are aligned in a crossed manner, characterized in that two concave support surfaces per leg are arranged between the legs for surface support of the leg surface, which contact a surface of the respective leg surface opposite one another in the use position.
A worm wheel comprising: a disk-shaped core made of metal; and an annular rim portion made of synthetic resin and covering an outer circumferential portion of the core ; wherein a gear is formed on an outer circumferential portion of the rim portion , wherein the rim portion is integrally formed with the core by synthetic resin injection molding, wherein the core comprises a center hole into which a shaft is capable of being fitted, an axial end surface formed with a first annular recess , the core further comprises another axial end surface formed with a second annular recess , characterized in that the rim portion comprises a first inner circumferential portion extending from an axial end surface of the rim portion to the radially outer region of the first annular recess and fixed to the radially outer region of the first annular recess , and a second inner circumferential portion extending from another axial end surface of the rim portion to a radially outer region of the second annular recess and fixed to the radially outer region of the second annular recess , an outer circumferential wall surface of the second annular recess extends from a bottom surface of the second annular recess so as to be perpendicular to the bottom surface , and a depth (D) of the second annular recess is at least 0.1 mm but not deeper than half of an axial distance (T) between the other axial end surface of the core and the other axial end surface of the rim portion . a disk-shaped core made of metal; and an annular rim portion made of synthetic resin and covering an outer circumferential portion of the core ; wherein a gear is formed on an outer circumferential portion of the rim portion , wherein the rim portion is integrally formed with the core by synthetic resin injection molding, wherein the core comprises a center hole into which a shaft is capable of being fitted, an axial end surface formed with a first annular recess , the core further comprises another axial end surface formed with a second annular recess , characterized in that the rim portion comprises a first inner circumferential portion extending from an axial end surface of the rim portion to the radially outer region of the first annular recess and fixed to the radially outer region of the first annular recess , and a second inner circumferential portion extending from another axial end surface of the rim portion to a radially outer region of the second annular recess and fixed to the radially outer region of the second annular recess , an outer circumferential wall surface of the second annular recess extends from a bottom surface of the second annular recess so as to be perpendicular to the bottom surface , and a depth (D) of the second annular recess is at least 0.1 mm but not deeper than half of an axial distance (T) between the other axial end surface of the core and the other axial end surface of the rim portion .
A patient interface for delivery of respiratory therapy to a patient, the patient interface comprising: a mouth covering chamber incorporating a rigid frame , a gusset portion and a soft cushion , nozzles structured to sealingly engage within nasal passages of a patient's nose in use, wherein said nozzles are connected directly to an outer face contacting portion of the cushion , wherein said gusset portion is arranged at least at a chin portion of the mouth covering chamber , said gusset portion includes a flexible membrane and has a first side attached to the frame and a second side attached to the cushion . a mouth covering chamber incorporating a rigid frame , a gusset portion and a soft cushion , nozzles structured to sealingly engage within nasal passages of a patient's nose in use, wherein said nozzles are connected directly to an outer face contacting portion of the cushion , wherein said gusset portion is arranged at least at a chin portion of the mouth covering chamber , said gusset portion includes a flexible membrane and has a first side attached to the frame and a second side attached to the cushion .
Package for transporting and/or storing radioactive materials , comprising a cavity for housing radioactive materials, as well as a radiological protection device arranged around the housing cavity in an annular space centred on a longitudinal central axis of the package, the radiological protection device comprising radiological protection elements arranged in the annular space , characterised in that associated with at least two successive radiological protection elements in a given direction of the annular space, from a longitudinal direction and a circumferential direction of this space , a locking member designed to limit / prevent the distancing of the two radiological protection elements relative to one another in the given direction is provided in the space, the locking member cooperating with or being integrated in a first element from said two radiological protection elements, and cooperating with a hollow formed on a second element from these two radiological protection elements.
A therapeutic mouth piece for cooling of oral tissue of a patient comprising: a) a malleable top element configured to rest adjacent at least major surfaces of the upper gums and teeth of a patient's mouth in a close-fitting relationship; b) a malleable bottom element configured to rest adjacent to at least major surfaces of the lower gums and teeth of a patient's mouth in a close-fitting relationship; c) wherein the top element is integral with or connected to the bottom element to permit emplacement in the mouth as a one-piece unit; d) a first chamber extending from the front of the mouth piece and storing a cooling medium comprised of a first solution having a first freezing temperature; e) a breathing aperture positioned in a frontal location and extending through the first chamber that permits the patient to breathe through the mouth via said aperture when the mouth piece is emplaced within the patient's mouth in said operative close-fitting relationship; f) a series of bladders positioned within the top element and the bottom element , wherein said bladders are connected to the first chamber and contain the cooling medium which flows throughout the top element and the bottom element to cool the oral tissue in the patient's mouth; g) a second chamber positioned inside of the first chamber and storing a second solution having a freezing point above the freezing point temperature of the first solution to assist in cooling the first solution. a) a malleable top element configured to rest adjacent at least major surfaces of the upper gums and teeth of a patient's mouth in a close-fitting relationship; b) a malleable bottom element configured to rest adjacent to at least major surfaces of the lower gums and teeth of a patient's mouth in a close-fitting relationship; c) wherein the top element is integral with or connected to the bottom element to permit emplacement in the mouth as a one-piece unit; d) a first chamber extending from the front of the mouth piece and storing a cooling medium comprised of a first solution having a first freezing temperature; e) a breathing aperture positioned in a frontal location and extending through the first chamber that permits the patient to breathe through the mouth via said aperture when the mouth piece is emplaced within the patient's mouth in said operative close-fitting relationship; f) a series of bladders positioned within the top element and the bottom element , wherein said bladders are connected to the first chamber and contain the cooling medium which flows throughout the top element and the bottom element to cool the oral tissue in the patient's mouth; g) a second chamber positioned inside of the first chamber and storing a second solution having a freezing point above the freezing point temperature of the first solution to assist in cooling the first solution.
A display apparatus comprising: a display portion ; and a stand that is formed of a first metal material and that is configured to support the display portion, wherein the display portion comprises a bottom chassis that is formed of a metal material, a fixing bracket that is fixed to the bottom chassis via a bolt (B) and that is configured to permit the stand to be fixed to the fixing bracket, and an insulating member that is installed in the fixing bracket, wherein the fixing bracket comprises a stand fixing portion that is fixed to the stand, a bottom fixing portion that is fixed to the bottom chassis via the bolt, and a bracket through hole that is provided in the bottom fixing portion and receives fastening portion (B2) of the bolt, the apparatus characterized in that: the insulating member is configured to electrically separate the bottom chassis from the fixing bracket and comprises: a rear cover portion that is configured to cover a rear surface of the bottom fixing portion, a front cover portion that is configured to cover a front surface of the bottom fixing portion, a rear through hole that is provided in the rear cover portion to correspond to the bracket through hole, a front through hole that is provided in the front cover portion to correspond to the bracket through hole, and a hole cover portion that is disposed inside of the bracket through hole. a display portion ; and a stand that is formed of a first metal material and that is configured to support the display portion, wherein the display portion comprises a bottom chassis that is formed of a metal material, a fixing bracket that is fixed to the bottom chassis via a bolt (B) and that is configured to permit the stand to be fixed to the fixing bracket, and an insulating member that is installed in the fixing bracket, wherein the fixing bracket comprises a stand fixing portion that is fixed to the stand, a bottom fixing portion that is fixed to the bottom chassis via the bolt, and a bracket through hole that is provided in the bottom fixing portion and receives fastening portion (B2) of the bolt, the apparatus characterized in that: the insulating member is configured to electrically separate the bottom chassis from the fixing bracket and comprises: a rear cover portion that is configured to cover a rear surface of the bottom fixing portion, a front cover portion that is configured to cover a front surface of the bottom fixing portion, a rear through hole that is provided in the rear cover portion to correspond to the bracket through hole, a front through hole that is provided in the front cover portion to correspond to the bracket through hole, and a hole cover portion that is disposed inside of the bracket through hole.
A paging method comprising: receiving (S410), by a terminal device, a physical downlink control channel, PDCCH, used for scheduling a paging message, the PDCCH including indication information and identifier information of a paged terminal device, wherein the indication information is used for indicating that there is no paging message, under a situation where identifier information of the paged terminal device includes the identifier information of the terminal device, initiating (S420) by the terminal device a random access procedure. receiving (S410), by a terminal device, a physical downlink control channel, PDCCH, used for scheduling a paging message, the PDCCH including indication information and identifier information of a paged terminal device, wherein the indication information is used for indicating that there is no paging message, under a situation where identifier information of the paged terminal device includes the identifier information of the terminal device, initiating (S420) by the terminal device a random access procedure.
A tire comprising: a plurality of annular tire constituent members respectively having a joint part formed by one end side and another end side of a member being joined; and an electronic component , wherein the plurality of annular tire constituent members respectively having the joint part includes an inner liner covering a tire inner cavity surface, and at least two tire constituent members different from the inner liner , and wherein the electronic component is disposed at a position distanced by at least 15 degrees around a tire rotational axis, with a position of the joint part of the inner liner as a reference, wherein the electronic component is disposed within a range of 45 degrees or less around a tire rotational axis, with a position of the joint part of the inner liner as a reference. a plurality of annular tire constituent members respectively having a joint part formed by one end side and another end side of a member being joined; and an electronic component , wherein the plurality of annular tire constituent members respectively having the joint part includes an inner liner covering a tire inner cavity surface, and at least two tire constituent members different from the inner liner , and wherein the electronic component is disposed at a position distanced by at least 15 degrees around a tire rotational axis, with a position of the joint part of the inner liner as a reference, wherein the electronic component is disposed within a range of 45 degrees or less around a tire rotational axis, with a position of the joint part of the inner liner as a reference.
An elevator dispatch control system configured to control an elevator system , the elevator dispatch control system comprising: an elevator system database configured to store a device identifier of an electronic user identification (UserID) device assigned to an authorized user of the elevator system , and contact information of a user device associated with the UserID device assigned to the authorized user; an electronic UserID detection device configured to detect the UserID device and extract the device identifier in response to detecting the UserID device ; an electronic ride request unit configured to detect a ride request of a user; an electronic elevator controller in communication with the UserID device and the ride request unit , the elevator controller configured to obtain the contact information of the user device from the database based on the extracted device identifier, and to transmit elevator car assignment information to the user device associated with the UserID device using the obtained contact information. an elevator system database configured to store a device identifier of an electronic user identification (UserID) device assigned to an authorized user of the elevator system , and contact information of a user device associated with the UserID device assigned to the authorized user; an electronic UserID detection device configured to detect the UserID device and extract the device identifier in response to detecting the UserID device ; an electronic ride request unit configured to detect a ride request of a user; an electronic elevator controller in communication with the UserID device and the ride request unit , the elevator controller configured to obtain the contact information of the user device from the database based on the extracted device identifier, and to transmit elevator car assignment information to the user device associated with the UserID device using the obtained contact information.
A device for an electronic aerosol provision system, wherein the device comprises a housing , said housing being formed of a chassis section and a hatch section , wherein the hatch section is connected to the chassis section and moveable between a first position where the chassis section and hatch section together define an enclosed space for an aerosol forming component which includes an aerosol generator to be located for aerosol generation, and a second position wherein the chassis section and hatch section are spaced so as to provide access to the enclosed space, the hatch section comprising a sleeve for receipt of the aerosol forming component said sleeve comprising a seal for forming a seal with the aerosol forming component when inserted into the sleeve.
Device for connecting a wiper blade to a wiper arm , with the following features: - a connecting element can be arranged in an articulated manner on first articulation means of the wiper blade , - the connecting element bears second articulation means which correspond to the first articulation means , - the connecting element bears at least first and second supporting surfaces which correspond to at least first and second counter-supporting surfaces of the wiper arm , - the at least one first supporting surface is oriented at an angle alpha differing from 0° with respect to the at least second supporting surface , - the connecting element bears first and second latching means which correspond to first and second counter-latching means of the wiper arm , - at least one first latching means and/or first counter-latching means are/is deflectable, - at least one second latching means and/or one second counter-latching means are/is deflectable, - the direction of deflection of the first latching means and/or first counter-latching means is at an angle beta of 90° with respect to the direction of deflection of the second latching means and/or counter-latching means . - a connecting element can be arranged in an articulated manner on first articulation means of the wiper blade , - the connecting element bears second articulation means which correspond to the first articulation means , - the connecting element bears at least first and second supporting surfaces which correspond to at least first and second counter-supporting surfaces of the wiper arm , - the at least one first supporting surface is oriented at an angle alpha differing from 0° with respect to the at least second supporting surface , - the connecting element bears first and second latching means which correspond to first and second counter-latching means of the wiper arm , - at least one first latching means and/or first counter-latching means are/is deflectable, - at least one second latching means and/or one second counter-latching means are/is deflectable, - the direction of deflection of the first latching means and/or first counter-latching means is at an angle beta of 90° with respect to the direction of deflection of the second latching means and/or counter-latching means .