mhurhangee/ep-ind-claims huggingface dataset:
An image processing apparatus comprising: a generator (137, 138) configured to generate distribution data indicating a two-dimensional frequency distribution of horizontal distance values of a range image based on the range image having pixel values according to distance of an object in a plurality of captured images; a position predictor configured to predict a predicted position of the object in the distribution data with respect to a range image of a current frame, based on the distribution data with respect to range images of a plurality of previous frames generated by the generator (137, 138); and a tracking unit configured to continue tracking of the object after the tracking has been lost, based on a similarity between a region of the object in the range image of a previous frame and a region in the range image of the current frame with respect to each of a plurality of predicted positions of the object, wherein the position predictor is configured to calculate, when the tracking of the object has been lost, each of regions corresponding to the plurality of predicted positions in the current range image of the object based on a relative velocity with respect to a reference vehicle, actual position and actual size of the object. a generator (137, 138) configured to generate distribution data indicating a two-dimensional frequency distribution of horizontal distance values of a range image based on the range image having pixel values according to distance of an object in a plurality of captured images; a position predictor configured to predict a predicted position of the object in the distribution data with respect to a range image of a current frame, based on the distribution data with respect to range images of a plurality of previous frames generated by the generator (137, 138); and a tracking unit configured to continue tracking of the object after the tracking has been lost, based on a similarity between a region of the object in the range image of a previous frame and a region in the range image of the current frame with respect to each of a plurality of predicted positions of the object, wherein the position predictor is configured to calculate, when the tracking of the object has been lost, each of regions corresponding to the plurality of predicted positions in the current range image of the object based on a relative velocity with respect to a reference vehicle, actual position and actual size of the object.
Use of a blood group antigenic trisaccharide conjugate as a reagent for the detection of blood group antibodies wherein, the blood group antigenic trisaccharide conjugate is a blood group antigenic trisaccharide analogue-protein conjugate; the blood group antigenic trisaccharide analogue includes a blood group antigenic trisaccharide B analogue; the blood group antigenic trisaccharide B analogue is selected from a group consisting of a type B1, a type B2, a type B3 and a type B4; the blood group antigenic trisaccharide B analogue is conjugated to a keyhole limpet hemocyanin or a bovine serum albumin to form a blood group antigenic trisaccharide B analogue-protein conjugate; when the blood group antigenic trisaccharide B analogue is the type B2, a conjugation ratio of the blood group antigenic trisaccharide B analogue to the keyhole limpet hemocyanin is 5:1 - 40:1, and a conjugation ratio of the blood group antigenic trisaccharide B analogue to the bovine serum albumin is 20:1; when the blood group antigenic trisaccharide B analogue is the type B1, the type B3 or the type B4, a conjugation ratio of the blood group antigenic trisaccharide B analogue to the keyhole limpet hemocyanin is 40:1; and chemical formulas of the type B1, the type B2, the type B3 and the type B4 are as follows: the type B1; the type B2; the type B3; and the type B4.
Method for sending charge air into a heat engine comprising cylinders, the engine being connected to a cooler for charge air coming from a compressor, comprising the following steps: - a preheating step in which, when the engine is started up, the circulation of charge air through the cooler is stopped and the charge air is sent directly into the cylinders of the engine, then - a cooling step in which the circulation of charge air through the cooler is restored, such that the charge air passes into the cooler before entering the cylinders, characterized in that - during the preheating step, at least one portion of the combustion gases leaving the cylinders is conducted around and/or into the cooler such that these combustion gases exchange calories with the cooler, - during the cooling step, the circulation of combustion gases around and/or into the cooler is interrupted. - a preheating step in which, when the engine is started up, the circulation of charge air through the cooler is stopped and the charge air is sent directly into the cylinders of the engine, then - a cooling step in which the circulation of charge air through the cooler is restored, such that the charge air passes into the cooler before entering the cylinders, - during the preheating step, at least one portion of the combustion gases leaving the cylinders is conducted around and/or into the cooler such that these combustion gases exchange calories with the cooler, - during the cooling step, the circulation of combustion gases around and/or into the cooler is interrupted.
A superconductive wire material substrate, wherein a surface roughness Ra of one surface of the superconductive wire material substrate is 10 nm or less, characterized in that a surface roughness Ra of another surface of the superconductive wire material substrate is 8 nm or more and less than 15 nm and is larger than the surface roughness Ra of the one surface as a result of a cold-rolling performed using an upper and a lower rolling roll having different surface roughnesses, wherein a rolling roll having a smaller surface roughness Ra has a surface roughness Ra of 3 nm or more and less than 70 nm.
An intelligent in-vehicle wireless charging device, comprising an electric power supply unit, a control unit, a signal modulation and demodulation unit, a driving unit, a coil module unit, and a communication unit; wherein the control unit is connected to the electric power supply unit, the control unit is connected to the signal modulation and demodulation unit, the control unit is connected to the driving unit, and the control unit is connected to the communication unit; the driving unit is connected to the coil module unit; the coil module unit is connected to the signal modulation and demodulation unit; the electric power supply unit is adapted to supply power to other units; the control unit adapted to control the driving unit to drive the coil module unit to generate oscillation; the signal modulation and demodulation unit adapted to demodulate information from electronic devices and simultaneously to modulate information sent by the control unit onto the coil module unit; and the communication unit adapted to interact and share information with devices internally on a vehicle or separated from the vehicle through the signal modulation and demodulation unit; the signal modulation and demodulation unit comprises a multi-channel signal identification module, a signal processing module, a protocol module, and a multi-channel signal transmission module; the multi-channel signal identification module, the signal processing module, the protocol module, and the multi-channel signal transmission module are connected successively; the multi-channel signal identification module is adapted to demodulate multi-channel ASK signals simultaneously to realize a conversion from an analog signal to a digital signal; the signal processing module is adapted to be responsible for a routing management of a communication of multiple electronic devices, and to encode and encapsulate digital signals of the multi-channel signal identification module; an encapsulated signal is translated by the protocol module adapted accordingly according to an QI standard or a PMA standard; the protocol module adapted to pass translated signal to the control unit for processing,; to transmit a control command signal from the control unit to the multi-channel signal transmission module according to the QI standard or the PMA standard; the multi-channel signal transmission module adapted to simultaneously modulate the multi-channel signal according to a FSK mode and to load a modulated signal onto a specified coil of the coil module unit.
A hydrolysate of animal proteins of marine origin, originating from at least one source of proteins selected from mackerel, salmon, green crab and white fish, characterised in that all of the peptides of said hydrolysate exhibit a molecular weight distribution with the following profile: - more than 20% of the total mass of the peptides corresponds to peptides of molecular weight lower than 300 Da, - 20 to 35% of the total mass of the peptides corresponds to peptides of molecular weight of between 300 and 500 Da, - 15 to 35% of the total mass of the peptides corresponds to peptides of molecular weight of between 500 and 1000 Da, - less than 15% of the total mass of the peptides corresponds to peptides of molecular weight greater than 1000 Da. - more than 20% of the total mass of the peptides corresponds to peptides of molecular weight lower than 300 Da, - 20 to 35% of the total mass of the peptides corresponds to peptides of molecular weight of between 300 and 500 Da, - 15 to 35% of the total mass of the peptides corresponds to peptides of molecular weight of between 500 and 1000 Da, - less than 15% of the total mass of the peptides corresponds to peptides of molecular weight greater than 1000 Da.
A food processing apparatus for the cutting of foodstuff comprising: a guide having an open first end and a second end; a primary cutter located at or proximal the open first end of the guide and; at least one secondary cutter located at or proximal the second end of the guide, distal the first end; wherein the guide is configured to guide foodstuff cut by the primary cutter towards and into contact with the at least one secondary cutter for further cutting and/or processing by the at least one secondary cutter such that the foodstuff passed through the at least one secondary cutter is shaped to a predetermined shape, wherein the secondary cutter is arranged to rotate relative to the primary cutter, wherein the at least one secondary cutter comprises a cutting blade, wherein the blade of the at least one secondary cutter is configured for cutting the foodstuff such that the foodstuff is shaped to the predetermined shape, wherein the cutting blade has a taper and/or sweep that is configured to encourage the foodstuff to move through the at least one secondary cutter and to encourage rotation of the cutting blade, the at least one secondary cutter being rotatably driven by the foodstuff as the foodstuff is forced through the at least one secondary cutter. a guide having an open first end and a second end; a primary cutter located at or proximal the open first end of the guide and; at least one secondary cutter located at or proximal the second end of the guide, distal the first end; wherein the guide is configured to guide foodstuff cut by the primary cutter towards and into contact with the at least one secondary cutter for further cutting and/or processing by the at least one secondary cutter such that the foodstuff passed through the at least one secondary cutter is shaped to a predetermined shape, wherein the secondary cutter is arranged to rotate relative to the primary cutter, wherein the at least one secondary cutter comprises a cutting blade, wherein the blade of the at least one secondary cutter is configured for cutting the foodstuff such that the foodstuff is shaped to the predetermined shape, wherein the cutting blade has a taper and/or sweep that is configured to encourage the foodstuff to move through the at least one secondary cutter and to encourage rotation of the cutting blade, the at least one secondary cutter being rotatably driven by the foodstuff as the foodstuff is forced through the at least one secondary cutter.
Method for operating elevator operating devices in an elevator installation comprising an elevator car and an elevator controller, wherein the elevator operating devices are communicatively connected to the elevator controller and are arranged on floors (L1, L2) for inputting a destination call, wherein an elevator operating device has a touch-sensitive screen system which is equipped with a substantially smooth touch surface and is configured to display a graphic user interface having a number of call symbols and to respond with haptically perceptible feedback when a passenger touches the touch surface, wherein the method comprises: detecting contact with the touch surface of an elevator operating device made by the passenger when a destination call is input, wherein the contact comprises the passenger touching a first call symbol displayed on the graphic user interface, wherein the first call symbol is assigned a first character; generating a voice message indicating the first character and the haptically perceptible feedback; registering the first character as a first input assigned to the destination call input of the passenger, wherein the first character is registered in response to a confirmation action by the passenger during touching; registering at least one further character as the further input assigned to the destination call input of the passenger, wherein the at least one further character is registered in response to a further confirmation action by the passenger during touching, wherein the at least one further character is stored for the first call symbol or a further call symbol; and generating the destination call when the touch is interrupted, wherein the destination call indicates a destination floor (L1, L2) defined by the registered characters. detecting contact with the touch surface of an elevator operating device made by the passenger when a destination call is input, wherein the contact comprises the passenger touching a first call symbol displayed on the graphic user interface, wherein the first call symbol is assigned a first character; generating a voice message indicating the first character and the haptically perceptible feedback; registering the first character as a first input assigned to the destination call input of the passenger, wherein the first character is registered in response to a confirmation action by the passenger during touching; registering at least one further character as the further input assigned to the destination call input of the passenger, wherein the at least one further character is registered in response to a further confirmation action by the passenger during touching, wherein the at least one further character is stored for the first call symbol or a further call symbol; and generating the destination call when the touch is interrupted, wherein the destination call indicates a destination floor (L1, L2) defined by the registered characters.
Device for covering an actuating element, comprising the following features: a pane for covering said actuating element; a frame (110; 220, 222, 224, 226; 330, 332) for supporting the pane, the frame comprising an inner opening and a guide (220, 222, 224; 332) for guiding a movement of the pane from a covering position to an access position, said pane closing the inner opening in the covering position and at least partially uncovering the inner opening in the access position in order to allow an operator access to the actuating element through the inner opening; a retaining element formed to retain the pane in the covering position, when a force acting on the retaining element via the pane is smaller than a release force, and which is formed to enable the movement of the pane to the access position, when a force acting on the retaining element via the pane is greater than the release force. a pane for covering said actuating element; a frame (110; 220, 222, 224, 226; 330, 332) for supporting the pane, the frame comprising an inner opening and a guide (220, 222, 224; 332) for guiding a movement of the pane from a covering position to an access position, said pane closing the inner opening in the covering position and at least partially uncovering the inner opening in the access position in order to allow an operator access to the actuating element through the inner opening; a retaining element formed to retain the pane in the covering position, when a force acting on the retaining element via the pane is smaller than a release force, and which is formed to enable the movement of the pane to the access position, when a force acting on the retaining element via the pane is greater than the release force.
A surgical device for carrying out an electrosurgical intervention on a patient, having an apparatus that comprises a generator for creation of treatment voltage and a control device for controlling the generator, having an instrument that comprises at least one electrode and that is connected to generator, having a sensor that is configured for attachment on the patient and for detection of a movement of the patient and that is connected to the control device, wherein the sensor is configured to emit a signal corresponding to a movement speed or an acceleration, wherein the control device has a signal evaluation device which is arranged to monitor the signal supplied by the sensor at least with regard to two threshold values (sa, sw) in order to generate a warning signal when a first threshold value (sw) is exceeded and a switch-off signal for the generator when a second threshold value (sa) is exceeded, the first threshold value being smaller than the second threshold value. having an apparatus that comprises a generator for creation of treatment voltage and a control device for controlling the generator, having an instrument that comprises at least one electrode and that is connected to generator, having a sensor that is configured for attachment on the patient and for detection of a movement of the patient and that is connected to the control device, wherein the sensor is configured to emit a signal corresponding to a movement speed or an acceleration, wherein the control device has a signal evaluation device which is arranged to monitor the signal supplied by the sensor at least with regard to two threshold values (sa, sw) in order to generate a warning signal when a first threshold value (sw) is exceeded and a switch-off signal for the generator when a second threshold value (sa) is exceeded, the first threshold value being smaller than the second threshold value.
A composition comprising treated CD34+ endothelial progenitor cells (EPCs) said treated CD34+ EPC cells being obtained by procuring CD34+ EPCs from a subject and treating said procured CD34+ EPC cells, ex vivo, with an agent blocking activity of TGF-β1 in said cells to obtain treated CD34+ EPCs, for use in a method of treating vascular lesions, wherein said agent blocking activity of TGF-β1 in said cells is an antisense nucleotide specific to an mRNA sequence encoding TGF-β1 or is an antibody specific to TGF-β1.
A power failure detection circuit, comprising a first PMOS FET (mpl), a second PMOS FET, a first NMOS FET, a second NMOS FET and a reset transistor, wherein the source electrode of the first PMOS FET is connected with a power supply terminal, the gate electrode of the first PMOS FET is connected with the drain electrode of the second PMOS FET, and the drain electrode of the first PMOS FET is connected with the drain electrode of the first NMOS FET; the source electrode of the second PMOS FET is connected with the power supply terminal, the gate electrode of the second PMOS FET is connected with the drain electrode of the first PMOS FET (mpl), and the drain electrode of the second PMOS FET is connected with the drain electrode of the second NMOS FET; the gate electrode of the first NMOS FET is connected with the drain electrode of the second NMOS FET; the source electrode of the first NMOS FET is grounded; the gate electrode of the second NMOS FET is connected with the drain electrode of the first NMOS FET, and the source electrode of the second NMOS FET is grounded; the PN junction area of the drain electrode of the first PMOS FET is greater than the PN junction area of the drain electrode of the first NMOS FET; the PN junction area of the drain electrode of the second NMOS FET is greater than the PN junction area of the drain electrode of the second PMOS FET; and the current electrode of the reset transistor is electrically connected with the drain electrode of the first PMOS FET to output a reset electrical signal.
An adjustable depth of drive assembly for use with a fastener-driving tool, said assembly comprising: a workpiece contact element having a contact end and an adjustment end; at least one stop configured for being secured to the tool and being normally moveable between an adjusting position in which said workpiece contact element is movable relative to the tool, and a locked position wherein said adjustment end is secured from movement relative to the tool; and at least one biasing element associated with the stop and configured for urging the stop and the adjustment end into a selected locked position relative to the tool without the use of tools, characterised by a spacer having a base, wherein said adjustment end of said workpiece contact element has an opening configured for receiving said spacer base. a workpiece contact element having a contact end and an adjustment end; at least one stop configured for being secured to the tool and being normally moveable between an adjusting position in which said workpiece contact element is movable relative to the tool, and a locked position wherein said adjustment end is secured from movement relative to the tool; and at least one biasing element associated with the stop and configured for urging the stop and the adjustment end into a selected locked position relative to the tool without the use of tools, characterised by a spacer having a base, wherein said adjustment end of said workpiece contact element has an opening configured for receiving said spacer base.
A loading device, wherein the loading device comprises: a gantry; a platform which is mounted on the gantry; a pylon, wherein the pylon is arranged at a base point on the platform; a jib which extends out from the pylon; wherein the pylon is rotatably connected to the platform, wherein the platform defines a vertical axis which extends in a vertical direction and runs through the base point; characterized in that the pylon is curved at least in a region adjoining the platform and intersects the vertical axis at an angle (a), wherein at least one counterweight is directly mounted on the pylon on the section remote from the base point. a gantry; a platform which is mounted on the gantry; a pylon, wherein the pylon is arranged at a base point on the platform; a jib which extends out from the pylon; wherein the pylon is rotatably connected to the platform, wherein the platform defines a vertical axis which extends in a vertical direction and runs through the base point; characterized in that the pylon is curved at least in a region adjoining the platform and intersects the vertical axis at an angle (a), wherein at least one counterweight is directly mounted on the pylon on the section remote from the base point.