mhurhangee/ep-ind-claims huggingface dataset:
Connection assembly for cable channel elements (3, 4), which are arranged in a corner region, comprising at least one first connecting element which in turn comprises a base surface and a top surface spaced apart from this by a side surface, a cable channel element, and at least one second connecting element which comprises a base surface and a top surface arranged spaced apart from this by a side surface, and a further cable channel element, wherein the connecting elements (10, 20) comprise at least one latching element which can be brought into operational connection with the respective cable channel element (31, 41), wherein the connecting elements (10, 20) are arranged such as to be rotatable in relation to one another, and wherein the first connecting element encloses and at least partially covers the second connecting element, wherein the first connecting element comprises at least one pin arranged at its base surface and/or at its top surface, and the second connecting element comprises at least one opening arranged on its base surface and/or its top surface, as well as at least one web spaced at a distance from this, wherein the pin of the first connecting element is arranged such as to be rotatable in the opening of the second connecting element, wherein the point of rotation of the connecting elements (10,20), comprising the pin of the first connecting element, arranged in the opening of the second connecting element, is arranged at a spacing interval from the web in the second connecting element, characterised in that the web of the second connecting element is configured in such a way that, at the end of the side surface, it extends over the total height of the second connecting element, it is arranged at approximately right angles to the side surface and exhibits a height which corresponds to approximately double the wall thickness of the side surface of the first connecting element, and projects into the first connecting element in such a way that it is either in contact at the side surface or is arranged spaced at a distance from this, such that, with a different angle setting of the first connecting element to the second connecting element, from the outside no gap can be identified between the connecting elements (10, 20).
A therapy system comprising: a casting tape comprising: a net formed of a first polymer; and tips provided at external surfaces of the net, the tips formed of a second polymer which is polycaprolactone; wherein the tips are configured to combine to form a substantially rigid structure when the casting tape is heated, wrapped around a tissue site to overlap the casting tape, and allowed to cool; characterised in that the first and second polymers are different, and the second polymer has a lower melting point than the first polymer. a casting tape comprising: a net formed of a first polymer; and tips provided at external surfaces of the net, the tips formed of a second polymer which is polycaprolactone; a net formed of a first polymer; and tips provided at external surfaces of the net, the tips formed of a second polymer which is polycaprolactone; wherein the tips are configured to combine to form a substantially rigid structure when the casting tape is heated, wrapped around a tissue site to overlap the casting tape, and allowed to cool; characterised in that the first and second polymers are different, and the second polymer has a lower melting point than the first polymer.
A bracket for securing a device to an elongate structure, the bracket comprising: a body configured to hold the device, and a securing element attached to the body, wherein the securing element comprises a pair of bosses (210A, 210B), each boss comprising a slot (235A, 235B), a core (220A, 220B) and an end surface (212A, 212B), wherein the bosses (210A, 210B) are arranged on the securing element such that the end surfaces (212A, 212B) define a gap into which the elongate structure can be received when the securing element is in a first position relative to the elongate structure and the slots (235A, 235B) are configured to receive the elongate structure upon rotation of the securing element from the first position to a second position relative to the elongate structure, and whereby the bracket is secured to the elongate structure by a gripping interengagement of the elongate structure and the bosses (210A, 210B) of the securing element in said second position, wherein the body comprises a back plate and a pair of fingers (110A, 110B) extending therefrom, wherein the pair of fingers are configured to engage with a pair of opposed surfaces of the device so as to support the device, and wherein the back plate further comprises a raised section defining a cavity for receiving the securing element, wherein the securing element further comprises a base, and wherein, in an installed configuration, the base is secured in the cavity on one side of the back plate and the bosses (210A, 210B) protrude through the back plate and are disposed on an other side of the back plate. a body configured to hold the device, and a securing element attached to the body, wherein the securing element comprises a pair of bosses (210A, 210B), each boss comprising a slot (235A, 235B), a core (220A, 220B) and an end surface (212A, 212B), wherein the bosses (210A, 210B) are arranged on the securing element such that the end surfaces (212A, 212B) define a gap into which the elongate structure can be received when the securing element is in a first position relative to the elongate structure and the slots (235A, 235B) are configured to receive the elongate structure upon rotation of the securing element from the first position to a second position relative to the elongate structure, and whereby the bracket is secured to the elongate structure by a gripping interengagement of the elongate structure and the bosses (210A, 210B) of the securing element in said second position, wherein the body comprises a back plate and a pair of fingers (110A, 110B) extending therefrom, wherein the pair of fingers are configured to engage with a pair of opposed surfaces of the device so as to support the device, and wherein the back plate further comprises a raised section defining a cavity for receiving the securing element, wherein the securing element further comprises a base, and wherein, in an installed configuration, the base is secured in the cavity on one side of the back plate and the bosses (210A, 210B) protrude through the back plate and are disposed on an other side of the back plate.
A printing apparatus for printing a file attached to a received e-mail, wherein the apparatus is capable of printing the file confidentially, the apparatus comprising: a storing section for storing a file attached to an e-mail; a judging section for judging whether or not the attached file is printable and whether the printable attached file is assigned to be confidentially printed and, if so, to store the file in the storing section; a transferring section configured, if the attached file is unprintable, to generate a transfer mail which contains information to specify the unprintable file and to transfer the transfer mail to a predetermined transfer destination; an operation panel for receiving a print request from a user; characterized by a print possible/impossible judging section configured, in response to the printable attached file being assigned to be confidentially printed and to receiving a print request from the user, to judge whether the user is allowed to print the file and, in dependence upon the judging section judging that the user is allowed to print the file, to print the file; and by means for, in response to the received e-mail including BCC as a destination, judging that the file is assigned to be confidentially printed. a storing section for storing a file attached to an e-mail; a judging section for judging whether or not the attached file is printable and whether the printable attached file is assigned to be confidentially printed and, if so, to store the file in the storing section; a transferring section configured, if the attached file is unprintable, to generate a transfer mail which contains information to specify the unprintable file and to transfer the transfer mail to a predetermined transfer destination; an operation panel for receiving a print request from a user; characterized by a print possible/impossible judging section configured, in response to the printable attached file being assigned to be confidentially printed and to receiving a print request from the user, to judge whether the user is allowed to print the file and, in dependence upon the judging section judging that the user is allowed to print the file, to print the file; and by means for, in response to the received e-mail including BCC as a destination, judging that the file is assigned to be confidentially printed.
A method comprising: receiving, at an apparatus, a request from a client device requesting an image on behalf of a first user, wherein the image includes a first portion that has been selected by a second user to have at least one associated access setting having a first security level specified by the second user and a second portion that has been selected by the second user to have at least one associated access setting having a second security level specified by the second user, wherein the second security level is different from the first security level and wherein a higher security level provides access to fewer persons or groups than a lower security level; determining, at the apparatus, that the at least one access setting associated with the first portion of the image is fulfilled by the first user and that the at least one access setting associated with the second portion of the image is not fulfilled by the first user; and causing, by the apparatus, image data representing the image to be provided in response to the request after determining that the first user fulfills the at least one access setting associated with the first portion of the image and does not fulfill the at least one access setting associated with the second portion of the image, wherein the first portion of the image is unmasked and the second portion of the image is masked. receiving, at an apparatus, a request from a client device requesting an image on behalf of a first user, wherein the image includes a first portion that has been selected by a second user to have at least one associated access setting having a first security level specified by the second user and a second portion that has been selected by the second user to have at least one associated access setting having a second security level specified by the second user, wherein the second security level is different from the first security level and wherein a higher security level provides access to fewer persons or groups than a lower security level; determining, at the apparatus, that the at least one access setting associated with the first portion of the image is fulfilled by the first user and that the at least one access setting associated with the second portion of the image is not fulfilled by the first user; and causing, by the apparatus, image data representing the image to be provided in response to the request after determining that the first user fulfills the at least one access setting associated with the first portion of the image and does not fulfill the at least one access setting associated with the second portion of the image, wherein the first portion of the image is unmasked and the second portion of the image is masked.
A light pipe (200, 300) for illumination by a light source at an end of the light pipe, and for passing the light from the light source along the light pipe, the light pipe comprising an outer surface (210, 310) and an interior region (214, 314) bounded by an inner surface (220, 320) interfacing with the outer surface (210, 310), a plurality of reflective surfaces (208, 212a, 212b, 308, 312a, 312b) interfacing with the inner surface (220, 320), the light pipe further comprising at least one interior protrusion (202, 302) disposed in the interior region (214, 314), and the plurality of reflective surfaces (208, 112a, 212b, 308, 312a, 312b) are disposed on the at least one interior protrusion (202, 302); the reflective surfaces include at least one secondary reflective surface (212a, 212b, 312a, 312b) that is not aligned with the inner surface (220, 320), wherein the reflective surfaces include a primary reflective surface (208, 308) that is not aligned with the inner surface (220, 320), and that is generally orthogonal to a direction of light output from the light pipe (200, 300), the primary reflective surface (208, 308) facing the main passage for light travelling along the light pipe, so that when the plurality of reflective surfaces are illuminated, light is emitted from the light pipe at one or more specified angles to provide a wide effective angle of illumination, and characterised in that the interior protrusion (202, 302) extends along a length of the light pipe with the primary reflective surface (208, 308) being disposed at the maximum distance of protrusion of the interior protrusion into the interior region, the primary reflective surface extending along a same length portion of the light pipe as the at least one secondary reflective surface (212a, 212b, 312a, 312b), wherein the at least one secondary reflective surface does not face the main passage for light travelling along the light pipe, such that reflected light emitted from the at least one secondary reflective surface (212a, 212b, 312a, 312b) is at a reduced intensity compared to the intensity of light emitted from the primary reflective surface (208, 308).
A catheter-based heart valve therapy system, comprising: a stented heart valve prosthesis including a stent frame having a valvular contact region that is configured to make contact with a heart valve and nearby anatomy of a patient; a sizing balloon (300; 604) including a first region having a shape in an inflated state that matches a shape of the valvular contact region of the stent frame in an expanded state; and at least one catheter-based delivery system configured to deliver the sizing balloon (300; 604) to the heart valve of the patient for a size determination, and deliver the prosthesis to the heart valve for implantation. a stented heart valve prosthesis including a stent frame having a valvular contact region that is configured to make contact with a heart valve and nearby anatomy of a patient; a sizing balloon (300; 604) including a first region having a shape in an inflated state that matches a shape of the valvular contact region of the stent frame in an expanded state; and at least one catheter-based delivery system configured to deliver the sizing balloon (300; 604) to the heart valve of the patient for a size determination, and deliver the prosthesis to the heart valve for implantation.
A blood collection device comprising: a collection module comprising: a housing comprising: a first end having a sample introduction opening; a second end having a sample dispensing opening; a passageway extending between the sample introduction opening and the sample dispensing opening; and a holding chamber in fluid communication with the passageway; a closure covering the first end of the housing; a cap covering the second end of the housing, the cap including a vented plug that allows air to pass through the cap while preventing the-blood from passing through the cap; and an outer housing having an open end and a closed end, wherein the collection module is positioned inside of the outer housing and the closure closes the open end of the outer housing, characterized in that: an interior of the outer housing surrounding the collection module contains a vacuum. a collection module comprising: a housing comprising: a first end having a sample introduction opening; a second end having a sample dispensing opening; a passageway extending between the sample introduction opening and the sample dispensing opening; and a holding chamber in fluid communication with the passageway; a closure covering the first end of the housing; a cap covering the second end of the housing, the cap including a vented plug that allows air to pass through the cap while preventing the-blood from passing through the cap; and a housing comprising: a first end having a sample introduction opening; a second end having a sample dispensing opening; a passageway extending between the sample introduction opening and the sample dispensing opening; and a holding chamber in fluid communication with the passageway; a first end having a sample introduction opening; a second end having a sample dispensing opening; a passageway extending between the sample introduction opening and the sample dispensing opening; and a holding chamber in fluid communication with the passageway; a closure covering the first end of the housing; a cap covering the second end of the housing, the cap including a vented plug that allows air to pass through the cap while preventing the-blood from passing through the cap; and a cap covering the second end of the housing, the cap including a vented plug that allows air to pass through the cap while preventing the-blood from passing through the cap; and an outer housing having an open end and a closed end, wherein the collection module is positioned inside of the outer housing and the closure closes the open end of the outer housing, characterized in that: an interior of the outer housing surrounding the collection module contains a vacuum.
A luminaire with • an elongated support element, • several lighting modules which can be detachably fastened to the support element, as well as • means for supplying power to the lighting modules, which comprise an operating device as well as contacting means (40, 41), which are connected to the operating device, to which the lighting modules can be electrically connected, wherein the operating device and the contacting means (40, 41) are arranged on a device support, which can be detachably fastened to the support element, wherein the device support is arranged on the side of the support element facing away from the lighting modules, characterized in that the contacting means (40, 41) pass through recesses formed in the support element. • an elongated support element, • several lighting modules which can be detachably fastened to the support element, as well as • means for supplying power to the lighting modules, which comprise an operating device as well as contacting means (40, 41), which are connected to the operating device, to which the lighting modules can be electrically connected,
An isolator decoupler comprising: a pulley; a shaft; the pulley journalled to the shaft; a spring carrier disposed within the pulley; a torsion spring coupled between the pulley and the spring carrier; a wrap spring one way clutch wrapped about the shaft and having a frictional engagement therewith, the wrap spring one way clutch coupled to the spring carrier; the wrap spring one way clutch is disposed radially inward of the torsion spring; and characterized by: the pulley comprising an engaging surface for engaging an end of the wrap spring one way clutch, wherein the engaging surface is configured to be temporarily engageable with the end of the wrap spring one way clutch in an unwinding direction, whereby a temporary contact between the wrap spring one way clutch end and the pulley unwinds the wrap spring one way clutch thereby temporarily diminishing the frictional engagement of the wrap spring one way clutch with the shaft. a pulley; a shaft; the pulley journalled to the shaft; a spring carrier disposed within the pulley; a torsion spring coupled between the pulley and the spring carrier; a wrap spring one way clutch wrapped about the shaft and having a frictional engagement therewith, the wrap spring one way clutch coupled to the spring carrier; the wrap spring one way clutch is disposed radially inward of the torsion spring; and characterized by: the pulley comprising an engaging surface for engaging an end of the wrap spring one way clutch, wherein the engaging surface is configured to be temporarily engageable with the end of the wrap spring one way clutch in an unwinding direction, whereby a temporary contact between the wrap spring one way clutch end and the pulley unwinds the wrap spring one way clutch thereby temporarily diminishing the frictional engagement of the wrap spring one way clutch with the shaft.
A coupling system between a wired communications link having a characteristic line impedance (Z 0) and capable of conveying a signal simultaneously comprising an electric power supply and data, and a control unit including an electric power supply terminal and a data terminal, said system having an input impedance (Z e), and including means (34, 36, 42) for matching the input impedance (Z e) to the characteristic line impedance (Z 0) characterized in that the matching means (34, 36, 42) include a load with a variable value depending on an output current (I s) consumed by the control unit at the output of said system, and in that it comprises an energy recovery device intended to be connected between the wired link and the power supply terminal, and including said variable load, and a data transmission device intended to be connected between the wired link and the data terminal and including an attenuator capable of strongly reducing a second current (I 2), consumed at the input of said transmission device.
Motor vehicle comprising a. an electrically actuatable door closing mechanism, b. a signal receiver for the radio-based reception of an access authorization code from a signal transmitter, and c. at least one control unit for evaluating the received access authorization code and for generating control signals for the door closing mechanism, characterized in that a. a charging device accessible from outside the motor vehicle is present for electrically charging the signal transmitter, and b. the at least one control unit is configured to, in a closed state of the motor vehicle, control the amount of energy transmitted from the vehicle electrical system of the motor vehicle to the signal transmitter via the charging device within the framework of the charging process, wherein the at least one control unit • controls the drawing of electrical energy until the signal transmitter has reached a charge level sufficient to open the motor vehicle, and/or • controls the amount of energy that can be drawn in one charging process and the waiting time between charging processes. a. an electrically actuatable door closing mechanism, b. a signal receiver for the radio-based reception of an access authorization code from a signal transmitter, and c. at least one control unit for evaluating the received access authorization code and for generating control signals for the door closing mechanism, a. a charging device accessible from outside the motor vehicle is present for electrically charging the signal transmitter, and b. the at least one control unit is configured to, in a closed state of the motor vehicle, control the amount of energy transmitted from the vehicle electrical system of the motor vehicle to the signal transmitter via the charging device within the framework of the charging process, wherein the at least one control unit • controls the drawing of electrical energy until the signal transmitter has reached a charge level sufficient to open the motor vehicle, and/or • controls the amount of energy that can be drawn in one charging process and the waiting time between charging processes. • controls the drawing of electrical energy until the signal transmitter has reached a charge level sufficient to open the motor vehicle, and/or • controls the amount of energy that can be drawn in one charging process and the waiting time between charging processes.