mhurhangee/ep-ind-claims huggingface dataset:
A portable access control communication device comprising: a housing for protecting a key device; a socket arranged to hold a blade of a key device, the socket comprising a connector for communication with the key device; a cellular radio communication module; a controller arranged to communicate, using the cellular radio communication module, with an access control device over a cellular communication network when the key device is provided in the socket such that there is galvanic contact between the key device and the socket; and a code input device, wherein the controller is arranged to deactivate the key device when it is inserted in the socket and only reactivate the key device when a correct code has been entered using the code input device; wherein the controller is arranged to perform any one or more of the following communication with the access control device when the key device is provided in the socket: receiving updated access rights specifically for the key device, receiving an updated validity time for the key device, receiving an updated time for a clock of the key device. a housing for protecting a key device; a socket arranged to hold a blade of a key device, the socket comprising a connector for communication with the key device; a cellular radio communication module; a controller arranged to communicate, using the cellular radio communication module, with an access control device over a cellular communication network when the key device is provided in the socket such that there is galvanic contact between the key device and the socket; and a code input device, wherein the controller is arranged to deactivate the key device when it is inserted in the socket and only reactivate the key device when a correct code has been entered using the code input device; wherein the controller is arranged to perform any one or more of the following communication with the access control device when the key device is provided in the socket: receiving updated access rights specifically for the key device, receiving an updated validity time for the key device, receiving an updated time for a clock of the key device.
Device for printing labels by means of thermal printing, - having a thermal head which has a thermal strip, - having a counter-pressure element carrier, which has a counter-pressure element, wherein an insertion gap, through which the respective label to be printed can be led, is formed between the thermal strip and the counter-pressure element, wherein the thermal head is movably fixed to a thermal head carrier, and wherein the thermal strip is pressed against the counter-pressure element with a predefined contact pressure, wherein the counter-pressure element is movable relative to the insertion gap, specifically in the direction of the insertion gap, by which means the insertion gap is reduced, and in a corresponding way also in the opposite direction, by which means the insertion gap is enlarged, wherein the device further has a controller, wherein the controller is formed in such a way that it carries out the following steps one after another: (a) moving the counter-pressure element relative to the insertion gap into a first position, in which the contact pressure is lower than in an end position which is defined by a first stop or a position sensor or a counter and in which the contact pressure has a maximum value, (b) detecting a level of blackening or colour intensity by means of an optical sensor, (c) comparing the detected level of blackening or colour intensity with a predefined reference value or reference value range for the level of blackening or colour intensity, (d) moving the counter-pressure element in the direction of the thermal strip into a further position, in which the contact pressure is higher than in the first position, if the detected level of blackening or colour intensity is lower than the reference value or reference value range. - having a thermal head which has a thermal strip, - having a counter-pressure element carrier, which has a counter-pressure element, (a) moving the counter-pressure element relative to the insertion gap into a first position, in which the contact pressure is lower than in an end position which is defined by a first stop or a position sensor or a counter and in which the contact pressure has a maximum value, (b) detecting a level of blackening or colour intensity by means of an optical sensor, (c) comparing the detected level of blackening or colour intensity with a predefined reference value or reference value range for the level of blackening or colour intensity, (d) moving the counter-pressure element in the direction of the thermal strip into a further position, in which the contact pressure is higher than in the first position, if the detected level of blackening or colour intensity is lower than the reference value or reference value range.
Electric motor, in particular a radiator fan motor of a motor vehicle, having a rotor which is mounted rotatably with respect to a stator, and having a motor mount comprising an electronics compartment for accommodating a convertor electronics system and having an electronics compartment cover which has a peripheral sealing groove with which a peripheral edge of the electronics compartment engages via a corresponding sealing web, characterized in that the stator is overmolded by a plastic casing, on which a number of caulking nubs are integrally formed, which pass through corresponding fixing openings provided on the motor mount and are hot-caulked and thus deformed in order to join the motor mount and the stator which is overmolded by the plastic casing, four caulking points of this type being suitably provided between the substantially circular stator and the suitably relatively flat motor mount produced as a one-piece diecast part made of aluminium.
A traveling vehicle system comprising a traveling vehicle and a traveling track, in which the traveling vehicle is configured to travel the traveling track 4), said traveling track including a body configured to accommodate a traveling unit of the traveling vehicle and extending along a traveling path of the traveling vehicle and a power feeder disposed along an extending direction of the body and configured to supply electricity to the traveling unit, the traveling vehicle system comprising: a working track disposed to be continuous to the traveling track, in which the working track forms an opening exposing at least a part of the traveling unit characterized in that the working track does not have the power feeder, and the traveling vehicle system comprises a moving mechanism configured to move the traveling vehicle along the working track. a working track disposed to be continuous to the traveling track, in which the working track forms an opening exposing at least a part of the traveling unit characterized in that the working track does not have the power feeder, and the traveling vehicle system comprises a moving mechanism configured to move the traveling vehicle along the working track.
A method of actuating a controllable device (54; 116; 128-136) that is at a remote location from a source station (10, 12; 106-112; 124) and disposed within a tubular system (20, 40, 46, 47, 48; 114; 120) containing mobile fluid media (65; 122) that comprises one of hydrocarbon liquids, gases, water, and process fluids, and/or combinations of hydrocarbon liquids, gases, water and process fluids, the method comprising the steps of: whatever said mobile fluid media is in the path, launching a pressure shock impulse into the tubular system (20, 40, 46, 47, 48; 114; 120) at the source station (10, 12; 106-112; 124), the pressure shock impulse initially having abrupt leading and trailing edge transitions less than 1/2 second apart, and an energy level calculated in accordance with the distance to the remote location and the media characteristics to travel through the mobile fluid media (65; 122) within the tubular system (20, 40, 46, 47, 48; 114; 120) and retain a predetermined energy level at the remote location; sensing, at the remote location, a physical perturbation in the mobile fluid media (65; 122) that is created by the pressure shock impulse; converting the sensed physical perturbation to a signal variation; determining if the signal variation is, in amplitude and duration characteristics, that intended for actuating the controllable device (54; 116; 128-136); and actuating the controllable device (54; 116; 128-136) thereafter in response to the determination. whatever said mobile fluid media is in the path, launching a pressure shock impulse into the tubular system (20, 40, 46, 47, 48; 114; 120) at the source station (10, 12; 106-112; 124), the pressure shock impulse initially having abrupt leading and trailing edge transitions less than 1/2 second apart, and an energy level calculated in accordance with the distance to the remote location and the media characteristics to travel through the mobile fluid media (65; 122) within the tubular system (20, 40, 46, 47, 48; 114; 120) and retain a predetermined energy level at the remote location; sensing, at the remote location, a physical perturbation in the mobile fluid media (65; 122) that is created by the pressure shock impulse; converting the sensed physical perturbation to a signal variation; determining if the signal variation is, in amplitude and duration characteristics, that intended for actuating the controllable device (54; 116; 128-136); and actuating the controllable device (54; 116; 128-136) thereafter in response to the determination.
Trim element for a tailgate of a motor vehicle, wherein in the trim element a receptacle is formed which is open to a vehicle interior side, in which receptacle a warning triangle accommodated in a cover can be stored or is stored, wherein the receptacle has: a rear wall section with at least one elastic clamping element; two front delimiting sections; a supporting section; wherein the clamping element, the front delimiting sections and the supporting section are designed such that when the warning triangle is stored they are in form-fitting and/or force-fitting connection with the cover, and wherein the rear wall section has above the clamping element a guiding section curved concavely to the vehicle interior side, along which guiding section the cover of the warning triangle can be inserted into the receptacle or removed from it, characterised in that the receptacle has two lateral centring elements which have in each case one insertion section inclined with respect to a vertical direction and a receiving section, joined to the insertion section, extending substantially in vertical direction. a rear wall section with at least one elastic clamping element; two front delimiting sections; a supporting section; wherein the clamping element, the front delimiting sections and the supporting section are designed such that when the warning triangle is stored they are in form-fitting and/or force-fitting connection with the cover, and wherein the rear wall section has above the clamping element a guiding section curved concavely to the vehicle interior side, along which guiding section the cover of the warning triangle can be inserted into the receptacle or removed from it, characterised in that the receptacle has two lateral centring elements which have in each case one insertion section inclined with respect to a vertical direction and a receiving section, joined to the insertion section, extending substantially in vertical direction.
A door body holding structure that is pivotally supported at an upper end portion of a housing to be pivotable in a vertical direction and configured to be pivoted between a closed position at which an opening portion formed in the housing is closed and an open position at which the opening portion is opened based on upward pivoting movement from the closed position, the door body holding structure comprising: a fixed-side hinge that is arranged on the housing; a movable-side hinge that is arranged at an upper end portion of the door body and pivotally supported on the fixed-side hinge in a pivotable manner; a sandwiched portion that is provided to the door body; a holding portion that is provided to the housing to define between the fixed-side hinge and itself a containing space configured to accommodate the sandwiched portion; and a sandwiching portion (40, 42a) that is placed in the containing space and reduces a facing gap between the fixed-side hinge and the holding portion in the containing space to be smaller than a thickness dimension of the sandwiched portion; wherein the fixed-side hinge is constituted of a main body portion and a bearing portion, wherein the bearing portion is formed into a cylindrical shape and having a bearing hole, wherein the movable-side hinge includes a shaft portion fitted and inserted into the bearing hole, characterized in that the movable-side hinge includes the sandwiched portion being a guide portion formed into an arc-like shape to be concentric with the shaft portion, wherein the sandwiched portion is configured to move on an outer side of the fixed-side hinge with the pivoting movement of the door body; and wherein the sandwiching portion (40, 42a) is provided at a position where the sandwiched portion is sandwiched and held between the sandwiching portion (40, 42a) and the fixed-side hinge or the holding portion when the door body is at the open position. a fixed-side hinge that is arranged on the housing; a movable-side hinge that is arranged at an upper end portion of the door body and pivotally supported on the fixed-side hinge in a pivotable manner; a sandwiched portion that is provided to the door body; a holding portion that is provided to the housing to define between the fixed-side hinge and itself a containing space configured to accommodate the sandwiched portion; and a sandwiching portion (40, 42a) that is placed in the containing space and reduces a facing gap between the fixed-side hinge and the holding portion in the containing space to be smaller than a thickness dimension of the sandwiched portion; wherein the fixed-side hinge is constituted of a main body portion and a bearing portion, wherein the bearing portion is formed into a cylindrical shape and having a bearing hole, wherein the movable-side hinge includes a shaft portion fitted and inserted into the bearing hole, the movable-side hinge includes the sandwiched portion being a guide portion formed into an arc-like shape to be concentric with the shaft portion, wherein the sandwiched portion is configured to move on an outer side of the fixed-side hinge with the pivoting movement of the door body; and
A disposable absorbent article for personal hygiene, said article having a wearer-facing surface and a garment-facing surface, said garment-facing surface comprising at least one adhesive A for attachment of said article to the garment of a wearer, and at least one additional adhesive B, characterized in that: said adhesive A on said garment-facing surface is a hot melt silicone pressure-sensitive adhesive and provides a peel force of at least 0.6 N per 5 cm measured according to the test method described herein, when joining said article to a reference microfibre material and said adhesive B provides a peel force of at least 0.6 N per 5 cm measured according to the test method described herein, when joining said article to said reference cotton material. said adhesive A on said garment-facing surface is a hot melt silicone pressure-sensitive adhesive and provides a peel force of at least 0.6 N per 5 cm measured according to the test method described herein, when joining said article to a reference microfibre material and said adhesive B provides a peel force of at least 0.6 N per 5 cm measured according to the test method described herein, when joining said article to said reference cotton material.
Use of an antibody that binds a human NKp46 polypeptide, for in vitro diagnosis, prognosis or monitoring of a non-cutaneous Peripheral T-Cell Lymphoma (PTCL) in an individual.
A self-injection pen comprising: a main body comprising a dose setting device; a cartridge holder for holding a liquid medicament cartridge adapted to be threaded onto the main body, at least one of the cartridge holder and the liquid medicament cartridge comprising a needle receiving portion; a dose setting device; a drive mechanism for applying force to the medicament cartridge to force liquid medicament from the cartridge according to a dose selected by the dose setting device; characterized by a visual indicator (21, 22, 31, 32) comprising a first indicator mark on an external surface of the main body and a second indicator mark on the external surface of the cartridge holder that become rotationally aligned for indicating that the main body and the cartridge holder are properly threaded together, wherein the visual indicator comprises a raised longitudinal bar on which the second indicator mark is positioned to prevent rolling of the self-injector pen. a main body comprising a dose setting device; a cartridge holder for holding a liquid medicament cartridge adapted to be threaded onto the main body, at least one of the cartridge holder and the liquid medicament cartridge comprising a needle receiving portion; a dose setting device; a drive mechanism for applying force to the medicament cartridge to force liquid medicament from the cartridge according to a dose selected by the dose setting device; characterized by a visual indicator (21, 22, 31, 32) comprising a first indicator mark on an external surface of the main body and a second indicator mark on the external surface of the cartridge holder that become rotationally aligned for indicating that the main body and the cartridge holder are properly threaded together, wherein the visual indicator comprises a raised longitudinal bar on which the second indicator mark is positioned to prevent rolling of the self-injector pen.
An isolated anti-FcRn antibody or an antigen-binding fragment thereof, comprising a heavy chain variable region comprising CDR1 comprising an amino acid sequence of SEQ ID No: 27, CDR2 comprising an amino acid sequence of SEQ ID No: 28 and CDR3 comprising an amino acid sequence of SEQ ID No: 29, and a light chain variable region comprising CDR1 comprising an amino acid sequence of SEQ ID No: 30, CDR2 comprising an amino acid sequence of SEQ ID No: 31 and CDR3 comprising an amino acid sequence of SEQ ID No: 32; wherein said antibody or antigen-binding fragment comprises either: (i) a heavy chain variable region comprising an amino acid sequence of SEQ ID No: 4 and a light chain variable region comprising an amino acid sequence of SEQ ID No: 14; or (ii) a heavy chain variable region comprising an amino acid sequence of SEQ ID No: 6 and a light chain variable region comprising an amino acid sequence of SEQ ID No: 16. (i) a heavy chain variable region comprising an amino acid sequence of SEQ ID No: 4 and a light chain variable region comprising an amino acid sequence of SEQ ID No: 14; or (ii) a heavy chain variable region comprising an amino acid sequence of SEQ ID No: 6 and a light chain variable region comprising an amino acid sequence of SEQ ID No: 16.
Method for producing powdered lauroyl peroxide having a particle size according to a d 90 value of from 50 μm to 400 μm, characterised in that a reaction mixture is used which comprises water, lauric acid chloride, hydrogen peroxide, an inorganic base and an alkane, and the method is carried out at a predetermined temperature in the range of from approx. 10°C to approx. 30°C, the lauroyl peroxide not being heated above the melting point thereof during the method.
A glucuronic acid-containing glucan in which a glucuronic acid residue is bound to at least one non-reducing end of a glucan, but there is no glucuronic acid residue at the positions other than the non-reducing end, wherein the glucan is a branched α-1,4 glucan or a linear α-1,4 glucan.
A method of testing a valve actuator coupled to a process control device, the method comprising: controlling, with the process control device, a pressure within the valve actuator to ramp from an initial pressure towards a pre-determined pressure limit; and monitoring a position of the valve actuator to detect a travel of the valve actuator; characterized in that the method further comprises: controlling the pressure within the valve actuator to return to the initial pressure when the travel of the valve actuator is detected and the pressure within the valve actuator has not reached the pre-determined pressure limit; and controlling the pressure within the valve actuator to return to the initial pressure when the pressure within the valve actuator reaches the pre-determined pressure limit and the travel of the valve actuator has not been detected. controlling, with the process control device, a pressure within the valve actuator to ramp from an initial pressure towards a pre-determined pressure limit; and monitoring a position of the valve actuator to detect a travel of the valve actuator; characterized in that the method further comprises: controlling the pressure within the valve actuator to return to the initial pressure when the travel of the valve actuator is detected and the pressure within the valve actuator has not reached the pre-determined pressure limit; and controlling the pressure within the valve actuator to return to the initial pressure when the pressure within the valve actuator reaches the pre-determined pressure limit and the travel of the valve actuator has not been detected. controlling the pressure within the valve actuator to return to the initial pressure when the travel of the valve actuator is detected and the pressure within the valve actuator has not reached the pre-determined pressure limit; and controlling the pressure within the valve actuator to return to the initial pressure when the pressure within the valve actuator reaches the pre-determined pressure limit and the travel of the valve actuator has not been detected.
An accumulation device comprising a first conveyor belt configured to transfer items in a first direction, a second conveyor belt parallel to the first conveyor belt and configured to transfer the items in a second direction inverse to the first direction, a third conveyor belt configured to transfer the items from the first conveyor belt to the second conveyor belt and translation means (10, 11) configured to move the third conveyor belt relative to the first and second conveyor belts (5, 6), in the first direction or in the second direction, said third conveyor belt being offset upwards relative to the first and second conveyor belt, said accumulation device comprising two ramp systems (23, 24) attached respectively at the two ends (7a, 7b) of the third conveyor belt, the first ramp system being configured to deform the first conveyor belt and constitute a first slope ensuring that items rise from the first conveyor belt on the third conveyor belt and, the second ramp system being configured to deform the second conveyor belt and constitute a second slope ensuring that items descend from the third conveyor belt on the second conveyor belt, the displacement of the third conveyor belt at the same time enabling displacement of the first and second slopes formed on the first and second conveyor belts (5, 6).