mhurhangee/ep-ind-claims huggingface dataset:
Dental photography kit comprising: - a support, taking the form of a housing, comprising a support attachment part (27a;27b); - a dental retractor defining a retractor opening and comprising a retractor attachment part (27a';27b') that is removably attached to the support attachment part (27a;27b) when the retractor is in the mounted position on the support; and - a camera removably attached to the support in an operating position in which the camera is oriented to receive an at least partial image of the retractor opening, characterized in that the retractor attachment part is articulated on the support attachment part. - a support, taking the form of a housing, comprising a support attachment part (27a;27b); - a dental retractor defining a retractor opening and comprising a retractor attachment part (27a';27b') that is removably attached to the support attachment part (27a;27b) when the retractor is in the mounted position on the support; and - a camera removably attached to the support in an operating position in which the camera is oriented to receive an at least partial image of the retractor opening,
Device comprising a stationary transfer station and a trailer train, comprising a trailer-train trailer and a traction vehicle, for transferring loads from the trailer-train trailer to the stationary transfer station, wherein the trailer-train trailer is provided with a continuous conveyor, driven by a motor, for receiving the load, wherein the motor of the continuous conveyor of the trailer-train trailer is supplied with power by a battery of the trailer train, characterized in that a further continuous conveyor, driven by a further motor, for receiving the load is arranged on the transfer station, wherein the further motor of the further continuous conveyor on the transfer station is supplied with power by the battery of the trailer train in a predetermined handling position.
Method for turning a rotor, in particular a motor vehicle wheel, which is rotationally mounted on a balancing machine and can be driven by means of an AC motor, from a stopped first imbalance compensation position into a second imbalance compensation position, the AC motor being switched on to generate a torque acting in the opposite direction to the direction of rotation of the rotor and generating a braking distance corresponding to the angle of rotation, said angle being the distance travelled up to the second imbalance compensation position, and the AC motor being switched off in the second imbalance compensation position, characterized in that with the AC motor switched off, the rotor is driven from the stopped first imbalance compensation position into a freewheeling rotation by means of a force applied externally by an operator, and that the reaction torque generated by the AC motor is switched on during the freewheeling rotation of the rotor.
An apparatus for storing and dispensing goods such as tobacco related products, which products are contained in packages, said apparatus comprising a storage unit for storing packages in a plurality of storage shelves or tubes, a conveying unit for conveying a package (1,100) within the storage unit, a feeding device, and a registration unit operable to register a package inputted into the feeding device and to assign a position in one of the plurality of storage shelves or tubes to the pack, the conveying unit being operable to convey the package (1,100) from the feeding device to the assigned position in one of the plurality of storage shelves or tubes, wherein the feeding device comprises a detecting device for detecting a code placed on a package (1,100), characterised in that the feeding device further comprises a window arranged between the detecting device and a position assumed by a package in the feeding device and at a non-perpendicular angle relative to a longitudinal axis extending between the detecting device and said position assumed by said package in the feeding device in which position the detecting device is able to detect a code placed on said package.
A filling head for filling in a fluid into a filler neck of a tank, comprising: - A rotary connecting element to form a mechanical connection with the filler neck of the tank by means of rotation, - and comprising a rotatable operating part for rotating the rotary connecting element, - wherein the operating part is coupled in a detachable manner to the rotary connecting element by means of a torque-limiting coupling device (32, 132), in which at least in one rotary direction the rotatable operating part is non-rotatably coupled to the rotary connecting element at a torque, which is below a threshold torque, wherein the torque-limiting coupling device triggers at a threshold torque and decouples the rotatable operating part from the rotary connecting element, - wherein a sensor (41, 141) is provided to detect the triggering of the torque-limiting coupling device (32, 132) and to send a release signal for the established connection. - A rotary connecting element to form a mechanical connection with the filler neck of the tank by means of rotation, - and comprising a rotatable operating part for rotating the rotary connecting element, - wherein the operating part is coupled in a detachable manner to the rotary connecting element by means of a torque-limiting coupling device (32, 132), in which at least in one rotary direction the rotatable operating part is non-rotatably coupled to the rotary connecting element at a torque, which is below a threshold torque, wherein the torque-limiting coupling device triggers at a threshold torque and decouples the rotatable operating part from the rotary connecting element, - wherein a sensor (41, 141) is provided to detect the triggering of the torque-limiting coupling device (32, 132) and to send a release signal for the established connection.
An isolated antibody, or an antigen-binding fragment thereof, that specifically binds to a MUC16 polypeptide or to an antigenic portion thereof, wherein the MUC16 polypeptide is TLDRSSVLVDGYSPNRNE (SEQ ID NO:02) wherein the antibody comprises a variable heavy ("VH") chain encoded by SEQ ID NO:06 and a variable light ("VL") chain encoded by SEQ ID NO. 07.
A wound dressing assembly, in particular for dressing wounds in the area of enteroatmospheric fistulae, comprising a covering device which inhibits the passage of fluids and is in particular gas-tight, and covers the wound and/or a skin area surrounding the wound, and is in particular gas-tight, with an opening in the covering device and a reinforcing device (3, 3b) associated with the opening and connected to the covering device in a fluid-tight manner, wherein the reinforcing device counteracts deformation of the covering device in the area of the opening, and wherein a negative pressure can be generated in a space delimited by the covering device, the skin or wound covered thereby and the reinforcing device, characterised in that the covering device comprises a unilaterally open-celled film, the open-celled side of which faces the skin and is surrounded by an edge that is configured to be joined, and is connected, to the wound in a fluid-tight manner.
A process for the preparation of a C 3-7 (hydro)(chloro)fluoroalkene, the process comprising contacting a reagent stream comprising a C 3-7 hydrochlorofluoroalkane with a catalyst in a reactor to dehydrochlorinate at least a portion of the C 3-7 hydrochlorofluoroalkane to produce a product stream comprising the C 3-7 (hydro)(chloro)fluoroalkene and hydrogen chloride (HCl), wherein the catalyst is selected from metal oxide catalysts, metal halide catalysts, zero-valent metal catalysts, carbon-based catalysts and mixtures thereof, wherein: (i) the catalyst is chlorinated prior to contacting it with the reagent stream comprising the C 3-7 hydrochlorofluoroalkane; and/or (ii) the contacting step is carried out in the presence of a HCl co-feed; and wherein the catalyst is periodically regenerated by regenerative oxidation or regenerative oxyfluorination, and then regenerative chlorination. (i) the catalyst is chlorinated prior to contacting it with the reagent stream comprising the C 3-7 hydrochlorofluoroalkane; and/or (ii) the contacting step is carried out in the presence of a HCl co-feed;
A high-pressure composite container having a gastight nozzle structure for a hybrid vehicle, the high-pressure composite container comprising: a metal nozzle formed at a side of an inlet of a plastic liner layer that defines an inner layer of the high-pressure composite container; a nozzle insert which is inserted into and attached to the metal nozzle in a direction from an inner side of the plastic liner layer to an outer side of the plastic liner layer; and a nut member fixed to an outer end portion of the nozzle insert, wherein a flat spring is inserted between the metal nozzle and the nut member to improve gastightness performance, characterized in that the nozzle insert has a flat plate portion formed at an inner end portion of the nozzle insert with respect to tank and in contact with an inner surface of the plastic liner layer, and wherein a sealing element is in contact with the nozzle insert and the plastic liner layer and is attached to an edge portion of an outer end surface of the flat plate portion, and wherein a stepped portion having inclined surface is formed at the edge portion of the outer end surface of the flat plate portion, and the sealing element is attached to the stepped portion. a metal nozzle formed at a side of an inlet of a plastic liner layer that defines an inner layer of the high-pressure composite container; a nozzle insert which is inserted into and attached to the metal nozzle in a direction from an inner side of the plastic liner layer to an outer side of the plastic liner layer; and a nut member fixed to an outer end portion of the nozzle insert, wherein a flat spring is inserted between the metal nozzle and the nut member to improve gastightness performance, characterized in that the nozzle insert has a flat plate portion formed at an inner end portion of the nozzle insert with respect to tank and in contact with an inner surface of the plastic liner layer, and wherein a sealing element is in contact with the nozzle insert and the plastic liner layer and is attached to an edge portion of an outer end surface of the flat plate portion, and wherein a stepped portion having inclined surface is formed at the edge portion of the outer end surface of the flat plate portion, and the sealing element is attached to the stepped portion.
Method for producing a sandwich component, in which method - in different zones different numbers of honeycomb cores, layered one on top of the other and having a multiplicity of webs, are lined or encapsulated on both sides with at least one ply of a fibrous material, said plies forming cover plies, - the pack composed of honeycomb cores and fibrous plies is impregnated, wetted or sprayed with a PUR matrix, - the pack is placed in a compression moulding tool and, in accordance with the required component geometry, is compressed to form a component and hardens, - at least a visible side of the component subsequently has a class-A surface applied thereto as an RIM layer in a Reaction Injection Moulding process, in particular in a Vacuum Reaction Injection Moulding process, wherein the application of the RIM layer is performed in a closed and zonally heated RIM tool. - in different zones different numbers of honeycomb cores, layered one on top of the other and having a multiplicity of webs, are lined or encapsulated on both sides with at least one ply of a fibrous material, said plies forming cover plies, - the pack composed of honeycomb cores and fibrous plies is impregnated, wetted or sprayed with a PUR matrix, - the pack is placed in a compression moulding tool and, in accordance with the required component geometry, is compressed to form a component and hardens, - at least a visible side of the component subsequently has a class-A surface applied thereto as an RIM layer in a Reaction Injection Moulding process, in particular in a Vacuum Reaction Injection Moulding process, wherein the application of the RIM layer is performed in a closed and zonally heated RIM tool.
An image processing device (101, 102, 103, 104) configured to perform image processing in response to a specifying operation by a user, the image processing device (101, 102, 103, 104) comprising: a motion sensor configured to detect a person; a display unit configured to display information on a screen; and a control unit configured to cause the display unit to display, in response to detection of a person by the motion sensor, a screen, further characterized by that the screen includes identification information of the image processing device (101, 102, 103, 104) that is configured to distinguish the image processing device (101, 102, 103, 104) from other image processing devices (101, 102, 103, 104), and that is to be used for the specifying operation by the user. a motion sensor configured to detect a person; a display unit configured to display information on a screen; and a control unit configured to cause the display unit to display, in response to detection of a person by the motion sensor, a screen, further characterized by that the screen includes identification information of the image processing device (101, 102, 103, 104) that is configured to distinguish the image processing device (101, 102, 103, 104) from other image processing devices (101, 102, 103, 104), and that is to be used for the specifying operation by the user.
A cooking appliance comprising: a housing having a heating cavity defined therein, wherein a heat source is in thermal communication with the heating cavity; a cooling channel; a blower that selectively operates to move at least cooling air through the cooling channel and to an air outlet; wherein the housing includes a sidewall that at least partially defines the heating cavity; wherein the cooling channel is disposed proximal said sidewall of the housing and wherein the cooking appliance comprises a vent aperture extending through the sidewall between the heating cavity and a ventilation channel at least partially disposed within the cooling channel, wherein the ventilation channel includes a narrowed portion proximate the vent aperture, wherein during operation of the blower, the narrowed portion defines a low static-pressure region of the ventilation channel that draws cavity air from the heating cavity and directs the cavity air into the ventilation channel to be combined with the cooling air. a housing having a heating cavity defined therein, wherein a heat source is in thermal communication with the heating cavity; a cooling channel; a blower that selectively operates to move at least cooling air through the cooling channel and to an air outlet; wherein the housing includes a sidewall that at least partially defines the heating cavity; wherein the cooling channel is disposed proximal said sidewall of the housing and wherein the cooking appliance comprises a vent aperture extending through the sidewall between the heating cavity and a ventilation channel at least partially disposed within the cooling channel, wherein the ventilation channel includes a narrowed portion proximate the vent aperture, wherein during operation of the blower, the narrowed portion defines a low static-pressure region of the ventilation channel that draws cavity air from the heating cavity and directs the cavity air into the ventilation channel to be combined with the cooling air. wherein the housing includes a sidewall that at least partially defines the heating cavity; wherein the cooling channel is disposed proximal said sidewall of the housing and wherein the cooking appliance comprises a vent aperture extending through the sidewall between the heating cavity and a ventilation channel at least partially disposed within the cooling channel, wherein the ventilation channel includes a narrowed portion proximate the vent aperture, wherein during operation of the blower, the narrowed portion defines a low static-pressure region of the ventilation channel that draws cavity air from the heating cavity and directs the cavity air into the ventilation channel to be combined with the cooling air.
A microcapsule comprising A) a core containing a hydrophobic liquid or wax B) a polymeric shell comprising, a) a polymer formed from the monomer mixture containing: i) 1 to 95% by weight of a hydrophobic mono functional ethylenically unsaturated monomer, ii) 5 to 99% by weight of a polyfunctional ethylenically unsaturated monomer, and iii) 0 to 60% by weight of other mono functional monomer, in which components (i), (ii) and (iii) total 100% and b) a further hydrophobic polymer which is insoluble in the hydrophobic liquid or wax. A) a core containing a hydrophobic liquid or wax B) a polymeric shell comprising, a) a polymer formed from the monomer mixture containing: i) 1 to 95% by weight of a hydrophobic mono functional ethylenically unsaturated monomer, ii) 5 to 99% by weight of a polyfunctional ethylenically unsaturated monomer, and iii) 0 to 60% by weight of other mono functional monomer, in which components (i), (ii) and (iii) total 100% and b) a further hydrophobic polymer which is insoluble in the hydrophobic liquid or wax. a) a polymer formed from the monomer mixture containing: i) 1 to 95% by weight of a hydrophobic mono functional ethylenically unsaturated monomer, ii) 5 to 99% by weight of a polyfunctional ethylenically unsaturated monomer, and iii) 0 to 60% by weight of other mono functional monomer, in which components (i), (ii) and (iii) total 100% and i) 1 to 95% by weight of a hydrophobic mono functional ethylenically unsaturated monomer, ii) 5 to 99% by weight of a polyfunctional ethylenically unsaturated monomer, and iii) 0 to 60% by weight of other mono functional monomer, b) a further hydrophobic polymer which is insoluble in the hydrophobic liquid or wax.
Testing arrangement (1, 15, 20) for examining a cell culture under the effect of a dynamic force, comprising a carrier structure for receiving the cell culture and comprising a force-application device, wherein the carrier structure is three-dimensional and designed such that the cell culture is embedded in the carrier structure, wherein it is possible to bring about deformation of the carrier structure by means of a force application, and that the force-application device comprises a first actuator which is arranged spaced apart from the cell culture embedded in the carrier structure and is oriented such that the first actuator can apply force to the carrier structure in a directed manner, characterised in that the force-application device comprises a second actuator, which is arranged spaced apart from the cell culture embedded in the carrier structure and is oriented such that the first actuator and the second actuator can apply forces in different directions to the carrier structure, and in that the force-application device comprises a third actuator, which is arranged spaced apart from the cell culture embedded in the carrier structure and is oriented such that the third actuator can apply a force to the carrier structure in a direction different from those of the first actuator and the second actuator, such that, by means of the three actuators, a resulting total force can be predetermined and exerted in all spatial directions.
An automatic configuration method of a fixture of an elevator, the method automatically configuring a correspondence between the fixture and an elevator controller by: S1: sending, by the fixture, a predetermined request including an elevator control signal toward a predetermined address range to an elevator controller; wherein the predetermined request includes a floor request signal, and wherein the predetermined request is sent to a portion or all of addresses within the predetermined address range successively; S2: judging a control function corresponding to each address of the predetermined address range according to a feedback signal provided by the elevator controller; wherein, whether the control function corresponding to each address corresponds to a call button interface is judged according to the feedback signal provided by the elevator controller; and wherein the feedback signal provided by the elevator controller includes a first feedback, wherein the first feedback is a first electrical level and is kept over a predetermined time; wherein, when the feedback signal provided by the elevator controller is a first feedback, the control function corresponding to the each address is judged to correspond to the call button interface; and S3: configuring the fixture according to the control function corresponding to the predetermined address. S1: sending, by the fixture, a predetermined request including an elevator control signal toward a predetermined address range to an elevator controller; wherein the predetermined request includes a floor request signal, and wherein the predetermined request is sent to a portion or all of addresses within the predetermined address range successively; S2: judging a control function corresponding to each address of the predetermined address range according to a feedback signal provided by the elevator controller; wherein, whether the control function corresponding to each address corresponds to a call button interface is judged according to the feedback signal provided by the elevator controller; and wherein the feedback signal provided by the elevator controller includes a first feedback, wherein the first feedback is a first electrical level and is kept over a predetermined time; wherein, when the feedback signal provided by the elevator controller is a first feedback, the control function corresponding to the each address is judged to correspond to the call button interface; and wherein the feedback signal provided by the elevator controller includes a first feedback, wherein the first feedback is a first electrical level and is kept over a predetermined time; wherein, when the feedback signal provided by the elevator controller is a first feedback, the control function corresponding to the each address is judged to correspond to the call button interface; and S3: configuring the fixture according to the control function corresponding to the predetermined address.
A clamping device for hoses, having at least one clamping element, which can be adjusted from an initial position into a clamping position and is provided with at least one connector, on which one end (2, 3) of a clamping ring of the clamping device, which clamping ring is connected by way of its other end (2, 3) to at least one connector, which is provided on a housing of the clamping device, into which protrudes the clamping element, using which the clamping ring is tightened, characterised in that the clamping element is a piston, which protrudes into the housing, can be displaced in the housing and delimits a pressure chamber in the housing, in which pressure chamber at least one pressure medium is accommodated, which, by means of the actuation of at least one trigger element of the clamping device, loads the clamping element and adjusts it out of the initial position into the clamping position, in that at least one container (50, 51) is accommodated in the pressure chamber, which container is opened by way of the trigger element to release the pressure medium, and in that the trigger element has at least one opening element, using which the container (50, 51) is opened.