mhurhangee/ep-ind-claims huggingface dataset:
A camera device comprising: one of a plurality of lens units (2, 20) having different width and height according to their respective zoom magnification; a tilt chassis formed by two dis-joined portions for rotatably supporting selectively one of the lens units (2, 20) in a tilt direction, the two disjoined portions of the tilt chassis being attachable to the lens unit (2, 20); and a pan chassis for rotatably supporting the lens unit (2, 20) in a pan direction through the two dis-joined portions of the tilt chassis, the pan chassis having the two dis-joined portions of the tilt chassis attached thereto, wherein each of the two-disjoined portions of the tilt-chassis has a plurality of different attaching positions in a width direction and a height direction of the lens unit (2, 20), so as to be attachable to different corresponding attaching position of the pan chassis for adjusting the distance and the height of the two-disjoined portions of the tilt chassis according to the width and the height of the lens unit (2, 20). one of a plurality of lens units (2, 20) having different width and height according to their respective zoom magnification; a tilt chassis formed by two dis-joined portions for rotatably supporting selectively one of the lens units (2, 20) in a tilt direction, the two disjoined portions of the tilt chassis being attachable to the lens unit (2, 20); and a pan chassis for rotatably supporting the lens unit (2, 20) in a pan direction through the two dis-joined portions of the tilt chassis, the pan chassis having the two dis-joined portions of the tilt chassis attached thereto, wherein each of the two-disjoined portions of the tilt-chassis has a plurality of different attaching positions in a width direction and a height direction of the lens unit (2, 20), so as to be attachable to different corresponding attaching position of the pan chassis for adjusting the distance and the height of the two-disjoined portions of the tilt chassis according to the width and the height of the lens unit (2, 20).
A device for producing and treating a gas stream, said device including an enclosure, of which the lower part is submerged in a liquid supply and includes at least one liquid intake opening, which makes it possible to place the lower part of the enclosure in communication with the liquid supply, such that the submerged lower part of the enclosure contains a volume of this liquid, and on the one hand which includes at least one opening for discharging a gas stream, positioned above the surface of the volume of liquid contained in the enclosure, the device further including means for producing and injecting a gas stream including at least one injection conduit, of which a lower part is submerged in the volume of liquid contained in the submerged lower part of the enclosure, and extends in the upper part inside the enclosure outside said volume of liquid, said injection conduit including, in its submerged lower part, at least one discharge opening positioned below the surface of said volume of liquid, said means for producing and injecting a gas stream make it possible, during operation, to create and introduce an incoming gas stream, coming from outside the enclosure, in the non-submerged part of the injection conduit, such that said incoming gas stream passes through the discharge opening of the submerged lower part of the injection conduit, and is introduced into said volume of liquid contained in the submerged lower part of the enclosure, below the surface of said volume of liquid, and such that an outgoing gas stream (F'), treated by direct contact with said volume of liquid, rises inside the enclosure outside the injection conduit and is discharged outside said enclosure, passing through the discharge opening of the enclosure characterized in that the submersion depth of the injection conduit is comprised between 20 mm and 200 mm and in that said means for producing and injecting a gas stream make it possible, during operation, to create and introduce said incoming gas stream, with a flow rate of at least 1000m 3 /h and without modifying the outside pressure above the liquid of the supply outside the enclosure.
Method for operating a voice-assisted system, such as a communication and/or voice/intercom device in a motor vehicle, having at least one microphone and at least one loudspeaker for reproducing a signal generated using the microphone and having a bandpass filter arranged between the microphone and the loudspeaker, characterized in that the bandpass filter is set on the basis of a comparison of the power of the signal generated using the microphone at an investigation frequency (fn+5), at which the power of the signal generated using the microphone is substantially at a maximum, with the power of the signal generated using the microphone at at least a substantially integer multiple of the investigation frequency (fn+5).
A door system for a vehicle comprising: a first vehicle door hingedly mountable to a vehicle for articulation about a pivot axis between a closed position and an open position, the first vehicle door comprising a cavity; an actuator mechanism disposed within the cavity, the actuator mechanism being pivotally coupleable to the vehicle at a position offset from the pivot axis; and drive means for driving the actuator mechanism to articulate the first vehicle door between said closed and said open positions; characterised in that the actuator mechanism is arranged so as to be pivotally coupled to a support structure (102a, 103) of the vehicle at a position disposed within the cavity of the first vehicle door and offset from the pivot axis, the first vehicle door being arranged so as to receive at least a portion of said support structure (102a, 103) within the cavity when installed on a vehicle. a first vehicle door hingedly mountable to a vehicle for articulation about a pivot axis between a closed position and an open position, the first vehicle door comprising a cavity; an actuator mechanism disposed within the cavity, the actuator mechanism being pivotally coupleable to the vehicle at a position offset from the pivot axis; and drive means for driving the actuator mechanism to articulate the first vehicle door between said closed and said open positions; characterised in that the actuator mechanism is arranged so as to be pivotally coupled to a support structure (102a, 103) of the vehicle at a position disposed within the cavity of the first vehicle door and offset from the pivot axis, the first vehicle door being arranged so as to receive at least a portion of said support structure (102a, 103) within the cavity when installed on a vehicle.
Pneumatic actuator for axial displacement of an object, the actuator comprises: - an actuator piston disc, - a cylinder volume, wherein the actuator piston disc separates said cylinder volume in a first portion and a second portion and is in axial direction displaceable back and forth in said cylinder volume between an inactive position and an active position, - an inlet channel extending between a pressure fluid inlet and the first portion of the cylinder volume, - a first inlet valve body arranged in said inlet channel, - an outlet channel extending between the first portion of the cylinder volume and a pressure fluid outlet, and - an outlet valve body arranged in said outlet channel, characterized in that the pneumatic actuator comprises a slave piston that is displaceable back and forth in a bore between an inactive position and an active position, the slave piston being configured to during its movement from the inactive position to the active position displace said first inlet valve body to an active position at which the inlet channel is open, the slave piston comprises a piston driver that is located in a piston driver volume of said bore and that has at least one projection interacting with an opening that connects the piston driver volume of the bore with a control pressure channel configured to be connected to an electrically controlled pilot valve, said projection protruding into the opening as the slave piston returns to its inactive position so that the opening has a first flow area and said projection being located at a distance from the opening when the slave piston is in its active position wherein the opening has a second flow area, wherein said second flow area is greater than said first flow area so that the movement of the slave piston is pneumatically damped just before the slave piston takes its inactive position. - an actuator piston disc, - a cylinder volume, wherein the actuator piston disc separates said cylinder volume in a first portion and a second portion and is in axial direction displaceable back and forth in said cylinder volume between an inactive position and an active position, - an inlet channel extending between a pressure fluid inlet and the first portion of the cylinder volume, - a first inlet valve body arranged in said inlet channel, - an outlet channel extending between the first portion of the cylinder volume and a pressure fluid outlet, and - an outlet valve body arranged in said outlet channel,
A power conversion circuit, comprising: a voltage boost circuit configured to generate an output voltage in response to an input voltage; a boost controller configured to control operation of the voltage boost circuit in response to a bias voltage; and a bias voltage generation circuit configured to generate the bias voltage, wherein the bias voltage generation circuit is configured to regulate a level of the bias voltage in response to a level of the input voltage, characterized in that the bias voltage generation circuit is configured to detect the level of the input voltage and to increase the level of the bias voltage in response to detecting that the input voltage is below a threshold voltage level. a voltage boost circuit configured to generate an output voltage in response to an input voltage; a boost controller configured to control operation of the voltage boost circuit in response to a bias voltage; and a bias voltage generation circuit configured to generate the bias voltage, wherein the bias voltage generation circuit is configured to regulate a level of the bias voltage in response to a level of the input voltage, characterized in that the bias voltage generation circuit is configured to detect the level of the input voltage and to increase the level of the bias voltage in response to detecting that the input voltage is below a threshold voltage level.
Braking system for vehicles comprising - a right front brake group and a left front brake group intended for the front axle of a vehicle, right rear brake group and a left rear brake group intended for a rear axle of a vehicle, - each brake group (8d, 8s, 16d, 16s) comprising a brake disc, a braking device associated with said brake disc, electro-hydraulic or electromechanical actuator means of each braking device, - a control unit for each brake group (8d, 8s, 16d, 16s), operatively connected to the electromechanical actuators of each brake group (8d, 8s, 16d, 16s) through a relative piloting device, characterised in that - each control unit being powered by an independent power source and being galvanically isolated from the other power sources, - each control unit being programmed to implement, via said piloting device, a standard braking strategy in case of normal operating conditions for each brake group (8d, 8s, 16d, 16s) and a fault braking strategy, if it detects an electrical fault of one or more of the brake groups (8d, 8s, 16d, 16s). - a right front brake group and a left front brake group intended for the front axle of a vehicle, right rear brake group and a left rear brake group intended for a rear axle of a vehicle, - each brake group (8d, 8s, 16d, 16s) comprising a brake disc, a braking device associated with said brake disc, electro-hydraulic or electromechanical actuator means of each braking device, - a control unit for each brake group (8d, 8s, 16d, 16s), operatively connected to the electromechanical actuators of each brake group (8d, 8s, 16d, 16s) through a relative piloting device, characterised in that - each control unit being powered by an independent power source and being galvanically isolated from the other power sources, - each control unit being programmed to implement, via said piloting device, a standard braking strategy in case of normal operating conditions for each brake group (8d, 8s, 16d, 16s) and a fault braking strategy, if it detects an electrical fault of one or more of the brake groups (8d, 8s, 16d, 16s).
An M-CSF antagonist, for use in: a) preventing bone metastases in a subject afflicted with metastatic cancer; b) preventing, in a subject afflicted with metastatic cancer, bone loss associated with the cancer; c) treating a subject afflicted with a metastatic cancer to bone, d) reducing, in a subject afflicted with a metastatic cancer to bone, the severity of bone loss associated with the cancer, e) treating a subject suffering from osteolytic bone metastases, or f) treating a subject suffering from bone loss associated with cancer metastasis, wherein said antagonist inhibits the interaction between M-CSF and its receptor (M-CSFR) and is selected from the group consisting of: i) a polypeptide comprising an anti-M-CSF antibody; and ii) a polypeptide comprising an anti-M-CSFR antibody. a) preventing bone metastases in a subject afflicted with metastatic cancer; b) preventing, in a subject afflicted with metastatic cancer, bone loss associated with the cancer; c) treating a subject afflicted with a metastatic cancer to bone, d) reducing, in a subject afflicted with a metastatic cancer to bone, the severity of bone loss associated with the cancer, e) treating a subject suffering from osteolytic bone metastases, or f) treating a subject suffering from bone loss associated with cancer metastasis, i) a polypeptide comprising an anti-M-CSF antibody; and ii) a polypeptide comprising an anti-M-CSFR antibody.
Touchscreen, wherein by means of the touchscreen (1, 2, 4) inputs into an electronic system are able to be realized by the touchscreen (1, 2, 4) being touched by means of an input member and wherein the touchscreen (1, 2, 4) comprises an electro-optical display and a first sensing device for determining the location at which the touchscreen (1, 2, 4) is touched, and a second sensing device (3, 6) for determining a force applied to the touchscreen (1, 2, 4), wherein the position of the touchscreen (1, 2, 4) with respect to a reference surface is variable by way of the force being applied to the surface of said touchscreen, wherein the second sensing device (3, 6) is configured in capacitive fashion and comprises an electrode, wherein the touchscreen (1, 2, 4) comprises a spring element, wherein the spring element comprises a leaf spring and wherein the spring element is arranged at a distance from the electrode of the second sensing device (3, 6), characterized in that the electrode of the second sensing device (3, 6) lies in a plane with electrodes of the display or in a plane with electrodes of the first sensing device, in that the leaf spring is offset, in that the spring element forms a second electrode of the second sensing device (3, 6) such that the electrode of the second sensing device (3, 6) together with the spring element forms a capacitor, and in that the spring element is electrically connected to an earth potential. wherein the touchscreen (1, 2, 4) comprises a spring element, wherein the spring element comprises a leaf spring and wherein the spring element is arranged at a distance from the electrode of the second sensing device (3, 6), characterized in that the electrode of the second sensing device (3, 6) lies in a plane with electrodes of the display or in a plane with electrodes of the first sensing device, in that the leaf spring is offset, in that the spring element forms a second electrode of the second sensing device (3, 6) such that the electrode of the second sensing device (3, 6) together with the spring element forms a capacitor, and in that the spring element is electrically connected to an earth potential.
An injection device, for injecting medicament, the injection device comprising: a needle insertion mechanism; a medicament delivery arrangement configured to cause injection of a medicament into a patient; and a cavity having an opening for receiving a key device such that the possibility of accidental triggering by unintentional pressing of a button or similar is avoided, wherein the injection device is configured to respond to detecting that the key device, which has previously been external to the cavity, has been inserted into the cavity to be present in the cavity by causing powering of the needle insertion mechanism to insert a needle into the patient. a needle insertion mechanism; a medicament delivery arrangement configured to cause injection of a medicament into a patient; and a cavity having an opening for receiving a key device such that the possibility of accidental triggering by unintentional pressing of a button or similar is avoided, wherein the injection device is configured to respond to detecting that the key device, which has previously been external to the cavity, has been inserted into the cavity to be present in the cavity by causing powering of the needle insertion mechanism to insert a needle into the patient.
A fluid absorbent core comprising at least one absorption layer, the layer comprising at least 80 % by weight of water-absorbent polymer particles, 0 to 10% by weight of an adhesive and from 0 to 10 % by weight of fibrous material, wherein the water-absorbent polymer particles within the absorption layer are water-absorbent polymer particles H having a vortex of 40 s or less and having a roundness of 0.79 to 0.85, wherein the vortex and the roundness of the water-absorbent polymer particles are determined according to the methods disclosed in the description.
An integrated disposable, comprising: a test sensor configured to analyze body fluid; and a lancet packet coupled to the test sensor, the lancet packet including a cover foil, a lancet (22, 30, 180, 280, 380, 402, 422, 442, 482, 502) disposed inside the cover foil wherein the cover foil covers at least a lancet tip of the lancet, and the cover foil including a hot tack weld (186, 188, 286, 288) configured to immobilize the lancet within the lancet packet, wherein immobilization is achieved by tack welding a portion of cover foil to the lancet or immobilization of the lancet occurs by tack welding opposing sheets of cover foil together through an opening in the lancet. a test sensor configured to analyze body fluid; and a lancet packet coupled to the test sensor, the lancet packet including a cover foil, a lancet (22, 30, 180, 280, 380, 402, 422, 442, 482, 502) disposed inside the cover foil wherein the cover foil covers at least a lancet tip of the lancet, and the cover foil including a hot tack weld (186, 188, 286, 288) configured to immobilize the lancet within the lancet packet, wherein immobilization is achieved by tack welding a portion of cover foil to the lancet or immobilization of the lancet occurs by tack welding opposing sheets of cover foil together through an opening in the lancet.
A method of warning a technician, the method comprising: detecting a wireless signal emitted by at least one of a sensor and a user device; determining a distance between the sensor and the user device in response to the wireless signal; determining whether the user device is within a work area in response to the distance between the sensor and the user device, wherein the work area is an elevator shaft; conveying safety instructions through an application installed on the user device when the user device is determined to be within the work area; and characterized by further comprising determining a location of the user device within the work area; and adjusting the instructions in response to the location. detecting a wireless signal emitted by at least one of a sensor and a user device; determining a distance between the sensor and the user device in response to the wireless signal; determining whether the user device is within a work area in response to the distance between the sensor and the user device, wherein the work area is an elevator shaft; conveying safety instructions through an application installed on the user device when the user device is determined to be within the work area; and characterized by further comprising determining a location of the user device within the work area; and adjusting the instructions in response to the location.
A terminal device configured and/or programmed to communicate with a base station device using a plurality of serving cells, the terminal device comprising: a higher layer unit configured and/or programmed to receive a configuration of one or more sounding reference signal, SRS, sets for each uplink bandwidth part, BWP, in each of the plurality of the serving cells; a reception unit configured and/or programmed to receive a physical downlink control channel, PDCCH, carrying downlink control information, DCI, including a first information field; and a transmission unit configured and/or programmed to transmit one or more SRSs in one or more SRS resource sets corresponding to a state indicated by a code point of the first information field, wherein each of the one or more SRS resource sets is associated with the state, and the transmission unit is configured and/or programmed to transmit the SRS resources of one or more SRS resource sets of each of activated BWPs associated with the state corresponding to the code point of the first information field in a case that SRS transmission is triggered. a higher layer unit configured and/or programmed to receive a configuration of one or more sounding reference signal, SRS, sets for each uplink bandwidth part, BWP, in each of the plurality of the serving cells; a reception unit configured and/or programmed to receive a physical downlink control channel, PDCCH, carrying downlink control information, DCI, including a first information field; and a transmission unit configured and/or programmed to transmit one or more SRSs in one or more SRS resource sets corresponding to a state indicated by a code point of the first information field, wherein each of the one or more SRS resource sets is associated with the state, and the transmission unit is configured and/or programmed to transmit the SRS resources of one or more SRS resource sets of each of activated BWPs associated with the state corresponding to the code point of the first information field in a case that SRS transmission is triggered.