mhurhangee/ep-ind-claims huggingface dataset:
Conveyor installation for hanging items, in particular for pieces of clothing hanging on hangers, comprising - a transport rail; - a drive chain which is mounted in a bearing (7, 8) in the transport rail for movement in a direction of conveyance, the drive chain comprising joints, which are pivotable about vertical axes, and upper coupling members located at its lower side; - retaining members for the items, which retaining members are displaceably mounted, in the direction of conveyance, to the transport rail below the drive chain by means of rollers (26, 27), wherein the upper ends of the retaining members are provided with lower coupling members, and wherein in each case one upper coupling member and one lower coupling member form a drive connection of the drive chain with a retaining member for conveyance in the direction of conveyance; and wherein the coupling members (35, 16) are designed in such a way that the transmission of a drive force of the drive chain takes place via a normal force component and a lifting force component which is opposite to gravity, with the line of action (n) of the normal force component forming an angle W with the line of action of the drive force of the drive chain; and - an actuable stopping device is provided for accumulating retaining members, with the lifting force component causing the upper coupling member to be lifted upwards by a displacement path v for releasing the drive connection, characterrized in that the bearing (7, 8) is designed in such a way that the drive chain is displaceable upwards by a distance a in a direction opposite to gravity, with v < a. - a transport rail; - a drive chain which is mounted in a bearing (7, 8) in the transport rail for movement in a direction of conveyance, the drive chain comprising joints, which are pivotable about vertical axes, and upper coupling members located at its lower side; - retaining members for the items, which retaining members are displaceably mounted, in the direction of conveyance, to the transport rail below the drive chain by means of rollers (26, 27), wherein the upper ends of the retaining members are provided with lower coupling members, and wherein in each case one upper coupling member and one lower coupling member form a drive connection of the drive chain with a retaining member for conveyance in the direction of conveyance; and wherein the coupling members (35, 16) are designed in such a way that the transmission of a drive force of the drive chain takes place via a normal force component and a lifting force component which is opposite to gravity, with the line of action (n) of the normal force component forming an angle W with the line of action of the drive force of the drive chain; and - an actuable stopping device is provided for accumulating retaining members, with the lifting force component causing the upper coupling member to be lifted upwards by a displacement path v for releasing the drive connection, characterrized in that the bearing (7, 8) is designed in such a way that the drive chain is displaceable upwards by a distance a in a direction opposite to gravity, with v < a.
A joint device of an orthosis with an upper part (1, 1') and with a lower part (2, 2') arranged on the latter in an articulated manner, with a first fastening device (3, 3') for securing the upper part (1, 1') to a patient and a second fastening device (4, 4') for securing the lower part (2, 2') to a limb, wherein the joint device (10, 10') connects the upper part (1, 1') to the lower part (2, 2') in an articulated manner and has an upper-part connection and a lower-part connection, via which the upper part (1, 1') and the lower part (2, 2') can be secured to the fastening devices (3, 3', 4, 4'), wherein the joint device (10, 10') has at least four degrees of freedom (21, 22, 23, 24, 25), and wherein an actuator is assigned to at least one rotational degree of freedom, characterized in that the actuator is mounted in or on a holder, which is arranged between the upper part (1, 1') and the lower part (2, 2') and has the at least two degrees of freedom (21, 22, 24, 25).
An information processing apparatus comprising: an emission unit for emitting a projection image onto the hands of a user, who is to be photographed, so as to allow the user to perform a predetermined operation, a recognizing unit configured to recognize the operation performed by the user based on the projection image, which is projected onto the hands of the user, and based on an image of the user captured by an image capturing device of the information processing apparatus, wherein palms of two hands of the user are detected, and the projection image is emitted onto the detected two hands; and an execution unit configured to execute a predetermined processing according to the operation of the user that is recognized by the recognizing unit, wherein the projection image includes different options on the palms of the two hands, and wherein the predetermined processing is executed when a clenching of any one of the hands is recognized, whereby the user selects the corresponding option. an emission unit for emitting a projection image onto the hands of a user, who is to be photographed, so as to allow the user to perform a predetermined operation, a recognizing unit configured to recognize the operation performed by the user based on the projection image, which is projected onto the hands of the user, and based on an image of the user captured by an image capturing device of the information processing apparatus, wherein palms of two hands of the user are detected, and the projection image is emitted onto the detected two hands; and an execution unit configured to execute a predetermined processing according to the operation of the user that is recognized by the recognizing unit, wherein the projection image includes different options on the palms of the two hands, and wherein the predetermined processing is executed when a clenching of any one of the hands is recognized, whereby the user selects the corresponding option.
A transducer comprising a piezoelectric element, the piezoelectric element comprising a first electrode arranged on a first surface of the piezoelectric element, a second electrode arranged on a second surface of the piezoelectric element, the second surface being arranged opposite to the first surface, and an intermediate surface interconnecting the first surface and the second surface, wherein the first electrode extends along at least a part of the intermediate surface, towards the second surface, and/or the second electrode extends along at least a part of the intermediate surface, towards the first surface, the transducer further comprising a first rigid and shape preserving spade connector soldered onto a portion of the first electrode, the first spade connector having a first free connector end, and a second rigid and shape preserving spade connector soldered onto a portion of the second electrode, the second spade connector having a second free connector end, the first free connector end and the second free connector end being arranged on the same side of the piezoelectric element, wherein the spade connectors (9, 10) extend away from the piezoelectric element along a direction which is substantially perpendicular to the first surface and/or the second surface, and wherein the first spade connector and/or the second spade connector is/are flexible along a direction which is substantially perpendicular to the first surface and/or to the second surface.
Studded tyre comprising: - a tread band on which a tread surface of said tyre is defined, - a plurality of holes formed in said tread band and opening on said tread surface, in which a corresponding plurality of studs are housed by engagement, each stud comprising a body housed in one of said holes and extending along a longitudinal axis, and also comprising a pin extending longitudinally from said body so as to project from said tread band outside said hole, in which said body comprises a base, longitudinally opposed to said pin and housed in a radially internal position in said hole, and having a shape in plan view on which are defined a front side and an opposite rear side, which are substantially parallel to an axis of rotation of said tyre and substantially perpendicular to an advancing direction of said tyre defined on said tread band at the position of said hole, said front side of said base being larger than said rear side of said base, wherein said pin extends longitudinally from a head of said body, said head being housed in said hole in a radially outer position relative to said base of said stud and being linked to the base by a shank having a smaller cross section than said base and said head, said head having a shape in plan view on which are defined a front side and an opposite rear side, which are substantially parallel to said axis of rotation and substantially perpendicular to said advancing direction, said front side of said head being smaller than said rear side of said head - a tread band on which a tread surface of said tyre is defined, - a plurality of holes formed in said tread band and opening on said tread surface, in which a corresponding plurality of studs are housed by engagement, each stud comprising a body housed in one of said holes and extending along a longitudinal axis, and also comprising a pin extending longitudinally from said body so as to project from said tread band outside said hole,
A portable pill dispenser (100, 200), comprising: a container (102, 202) configured to house at least one pill (158, 204) therein; a housing (104, 205) attachable to the container (102, 202), wherein the housing (104, 205) comprises a dispensing opening (132, 208); a dispensing mechanism (134, 206) disposed within the housing (104, 205), wherein the dispensing mechanism (134, 206) is configured to dispense the at least one pill (158, 204) from the container (102, 202) to the dispensing opening (132, 208); a ramp disposed within the housing (104, 205), wherein the ramp is configured to direct the at least one pill to the dispensing mechanism (134, 206); a verification mechanism (166, 262) disposed about the housing (104, 205), wherein the verification mechanism (166, 262) is configured to activate the dispensing mechanism (134, 206); and a control panel disposed within the housing (204, 205), wherein the control panel is in electrical communication with the dispensing mechanism (134, 206) and the verification mechanism (166, 262), wherein the dispensing mechanism (134, 206) comprises a motor in mechanical communication with a rotating barrel, wherein the rotating barrel comprises at least one cavity configured to receive the at least one pill (158, 204) therein, characterised in that the rotating barrel is positioned at an outlet of the ramp, and wherein the rotating barrel is angled downward such that rotation of the rotating barrel dispenses the at least one pill (158, 204) to the dispensing opening (132, 208). a container (102, 202) configured to house at least one pill (158, 204) therein; a housing (104, 205) attachable to the container (102, 202), wherein the housing (104, 205) comprises a dispensing opening (132, 208); a dispensing mechanism (134, 206) disposed within the housing (104, 205), wherein the dispensing mechanism (134, 206) is configured to dispense the at least one pill (158, 204) from the container (102, 202) to the dispensing opening (132, 208); a ramp disposed within the housing (104, 205), wherein the ramp is configured to direct the at least one pill to the dispensing mechanism (134, 206); a verification mechanism (166, 262) disposed about the housing (104, 205), wherein the verification mechanism (166, 262) is configured to activate the dispensing mechanism (134, 206); and a control panel disposed within the housing (204, 205), wherein the control panel is in electrical communication with the dispensing mechanism (134, 206) and the verification mechanism (166, 262), wherein the dispensing mechanism (134, 206) comprises a motor in mechanical communication with a rotating barrel, wherein the rotating barrel comprises at least one cavity configured to receive the at least one pill (158, 204) therein, characterised in that the rotating barrel is positioned at an outlet of the ramp, and wherein the rotating barrel is angled downward such that rotation of the rotating barrel dispenses the at least one pill (158, 204) to the dispensing opening (132, 208).
A method, performed by a computing device (100, 300), of sensor virtualization, the method comprising: publishing a plurality of topologies in a data structure stored on the computing device (100, 300), the plurality of topologies including different ways to configure and connect hardware sensors (210, 220), or both hardware sensors and software modules (240, 250, 260) that are installed on the computing device (100, 300), a respective topology representing a particular configuration and connection of the hardware sensors (210, 220), or both the hardware sensors and the software modules, wherein at least one of the hardware sensors (210, 220) or software modules (240, 250, 260) is shareable among different processes executing on the computing device (100, 300); receiving a first request from a first process to configure and connect the hardware sensors (210, 220), or both the hardware sensors and the software modules according to a first topology of the published plurality of topologies; in response to granting the first request, configuring and connecting the hardware sensors (210, 220), or both the hardware sensors and the software modules according to the first topology; and updating the data structure to represent which topologies of the plurality of topologies are to remain available to be used by a request subsequent to the first request. publishing a plurality of topologies in a data structure stored on the computing device (100, 300), the plurality of topologies including different ways to configure and connect hardware sensors (210, 220), or both hardware sensors and software modules (240, 250, 260) that are installed on the computing device (100, 300), a respective topology representing a particular configuration and connection of the hardware sensors (210, 220), or both the hardware sensors and the software modules, wherein at least one of the hardware sensors (210, 220) or software modules (240, 250, 260) is shareable among different processes executing on the computing device (100, 300); receiving a first request from a first process to configure and connect the hardware sensors (210, 220), or both the hardware sensors and the software modules according to a first topology of the published plurality of topologies; in response to granting the first request, configuring and connecting the hardware sensors (210, 220), or both the hardware sensors and the software modules according to the first topology; and updating the data structure to represent which topologies of the plurality of topologies are to remain available to be used by a request subsequent to the first request.
An arrangement for providing a driving voltage from a primary power source to multiple Suspended Particle Device loads (SPD1, SPD2, SPD3, SPD4, SPD5) for architectural structures, characterized by that the arrangement comprises in combination: multiple SPD loads (SPD1, SPD2, SPD3, SPD4, SPD5), a first conversion stage (20, 30, 51-55) configured to convert the voltage of said primary power source to a low voltage, the low voltage being lower than a voltage of the primary power source; a backbone wiring configured to distribute said low voltage derived from said primary power source 810) throughout the structure; a second conversion stage (21-25,31-35) configured to convert said low voltage to a higher AC driving voltage and configured to supply said higher AC driving voltage to said multiple SPD loads (SPD1, SPD2, SPD3, SPD4, SPD5). multiple SPD loads (SPD1, SPD2, SPD3, SPD4, SPD5), a first conversion stage (20, 30, 51-55) configured to convert the voltage of said primary power source to a low voltage, the low voltage being lower than a voltage of the primary power source; a backbone wiring configured to distribute said low voltage derived from said primary power source 810) throughout the structure; a second conversion stage (21-25,31-35) configured to convert said low voltage to a higher AC driving voltage and configured to supply said higher AC driving voltage to said multiple SPD loads (SPD1, SPD2, SPD3, SPD4, SPD5).
A phosphor which emits light having a peak wavelength between a green wavelength band and a yellow wavelength band and has a triclinic system crystal structure of which the chemical formula is MSi 2 N 2 O 2, M=Ca x Sr y Eu z (x + y + z = 1), characterized in that, when three sides of a unit crystal lattice of the crystal structure are a, b and c and corner angles are α, β and γ, the crystal structure has relationships of a ≠ b ≠ c and α ≠ β ≠ γ, and wherein, in a, b and c, any one of them is more than twice as much as one of the other two, and the values of the other two are so similar that they do not exceed the double of each.
A forklift, comprising: a forklift which is mounted with a hydraulic system and is driven by hydraulic pressure output from the hydraulic system; a fork, on which a load or a palette is mounted; a mast which is disposed at a front side of the forklift and elevates the fork; and a tilting actuator which is disposed between the fork and the mast, and is operated by the hydraulic pressure output from the hydraulic system to adjust a degree of an inclination of the mast characterized in that the forklift further comprises: an input unit, into which weight of the load, an inclination of the forklift, an inclination of the mast with respect to the forklift, an acceleration of the forklift, geological information about a travelling path, and the coefficient of static friction between the fork and the palette are input; and a control unit which calculates static friction force of the load and net force applied to the load based on each information input into the input unit to draw a degree of falling danger of the load, wherein the tilting actuator is precedently operated according to the degree of falling danger of the cargo calculated by the control unit right before the forklift enters and exits from the slope in the travelling path, so that an inclination angle of the mast is controlled. a forklift which is mounted with a hydraulic system and is driven by hydraulic pressure output from the hydraulic system; a fork, on which a load or a palette is mounted; a mast which is disposed at a front side of the forklift and elevates the fork; and a tilting actuator which is disposed between the fork and the mast, and is operated by the hydraulic pressure output from the hydraulic system to adjust a degree of an inclination of the mast an input unit, into which weight of the load, an inclination of the forklift, an inclination of the mast with respect to the forklift, an acceleration of the forklift, geological information about a travelling path, and the coefficient of static friction between the fork and the palette are input; and a control unit which calculates static friction force of the load and net force applied to the load based on each information input into the input unit to draw a degree of falling danger of the load, wherein the tilting actuator is precedently operated according to the degree of falling danger of the cargo calculated by the control unit right before the forklift enters and exits from the slope in the travelling path, so that an inclination angle of the mast is controlled.
Overlap detection unit (230; 330) for a subscriber station (20; 30) in a serial bus system, having a collision detection block for detecting bus states (401, 402) on a bus of the bus system, for which bus states (401, 402) are produced by subscriber stations (20, 30) in the bus system, to send a message (45; 46), in a first communication phase on the bus with a first physical layer and may be produced in a second communication phase with a second physical layer, which is different from the first physical layer, wherein the collision detection block is configured to generate a signal (S_D; rxd_SW), the value of which indicates whether or not the bus states (401, 402) in the second communication phase have a level that corresponds to an overlap between the first and second physical layers or to an overlap between two second physical layers, and wherein the collision detection block is configured to output the signal (S_D; rxd_SW) for the subscriber station (20; 30). wherein the collision detection block is configured to generate a signal (S_D; rxd_SW), the value of which indicates whether or not the bus states (401, 402) in the second communication phase have a level that corresponds to an overlap between the first and second physical layers or to an overlap between two second physical layers, and wherein the collision detection block is configured to output the signal (S_D; rxd_SW) for the subscriber station (20; 30).
An isolated monoclonal antibody that binds to EGFRvIII, wherein the antibody is conjugated to a toxin, and wherein the antibody comprises: a heavy chain polypeptide comprising the following complementarity determining regions (CDRs): a heavy chain CDR1 that is a CDR1 in SEQ ID NO: 2; a heavy chain CDR2 that is a CDR2 in SEQ ID NO: 2; a heavy chain CDR3 that is a CDR3 in SEQ ID NO: 2; and a light chain polypeptide comprising the following CDRs: a light chain CDR1 that is a CDR1 in SEQ ID NO: 19; a light chain CDR2 that is a CDR2 in SEQ ID NO: 19; and a light chain CDR3 that is a CDR3 in SEQ ID NO: 19, wherein each CDR is defined in accordance with the definition of Kabat or Chothia. a heavy chain polypeptide comprising the following complementarity determining regions (CDRs): a heavy chain CDR1 that is a CDR1 in SEQ ID NO: 2; a heavy chain CDR2 that is a CDR2 in SEQ ID NO: 2; a heavy chain CDR3 that is a CDR3 in SEQ ID NO: 2; and a light chain polypeptide comprising the following CDRs: a light chain CDR1 that is a CDR1 in SEQ ID NO: 19; a light chain CDR2 that is a CDR2 in SEQ ID NO: 19; and a light chain CDR3 that is a CDR3 in SEQ ID NO: 19, wherein each CDR is defined in accordance with the definition of Kabat or Chothia.
A method for producing a collection of pre-products (1, 6) by wrapping a second pre-product around a first pre-product, comprising the steps: a. providing a first pre-product that has an edge region; b. providing a second pre-product; c. conveying the second pre-product into a wrapping position; d. conveying the first pre-product, with the edge region in front, against the second pre-product present in the wrapping position, as the result of which a wrapping operation is initiated on the second pre-product, characterized in that the first pre-product is conveyed, at least with a sub-area resting on a conveyor table, against the second pre-product present in the wrapping position. a. providing a first pre-product that has an edge region; b. providing a second pre-product; c. conveying the second pre-product into a wrapping position; d. conveying the first pre-product, with the edge region in front, against the second pre-product present in the wrapping position, as the result of which a wrapping operation is initiated on the second pre-product,