mhurhangee/ep-ind-claims huggingface dataset:
A composition for use in the topical treatment or prevention of acne in a subject, said composition comprising adipose tissue-derived secretions, wherein the adipose tissue-derived secretions are prepared from an adipose tissue-derived cell suspension comprising adipose tissue-derived non-adipocyte cells or adipose tissue-derived non-adipocyte cells and adipocytes.
A method of controlling a video processing unit (402, 502) based on the detection of newcomers in a first environment, comprising: capturing, a thermal image of a human object in the first environment, the first environment being associated with a first climate, calculating, based on the thermal image, a thermal signature of a portion of the human object, determining that the human object has entered the first environment from a second environment when the thermal signature of the portion of the human object deviates from a predetermined thermal signature associated with the first environment, wherein the second environment is associated with a second, different, climate, and controlling the video processing unit (402, 502) to prioritize the human object over other human objects (106a, 106c) when processing video frames depicting the human object together with the other human objects (106a, 106c). capturing, a thermal image of a human object in the first environment, the first environment being associated with a first climate, calculating, based on the thermal image, a thermal signature of a portion of the human object, determining that the human object has entered the first environment from a second environment when the thermal signature of the portion of the human object deviates from a predetermined thermal signature associated with the first environment, wherein the second environment is associated with a second, different, climate, and controlling the video processing unit (402, 502) to prioritize the human object over other human objects (106a, 106c) when processing video frames depicting the human object together with the other human objects (106a, 106c).
Method for the operation of a room ventilation system, in particular for living rooms, with a fume extractor hood working optionally in the exhaust air mode or air recirculation mode, which interacts via a control device with at least one ventilation device for supplying outside air into the living room, characterized in that the fume extractor hood is switched automatically on the one hand with the opening of the at least one ventilation device to exhaust air mode and on the other hand with the closure of itself to air recirculation mode.
A tire comprising a tread portion having a designated mounting direction to a vehicle to define an outside tread edge (To) located toward the outside of the vehicle when the tire is mounted on the vehicle and an inside tread edge (Ti) located toward the inside of the vehicle when the tire is mounted on the vehicle, wherein the tread portion is provided with an outer shoulder main groove extending continuously in the tire circumferential direction in a part closest to the outside tread edge (To), an outer crown main groove extending continuously in the tire circumferential direction on a side of the inside tread edge (Ti) of the outer shoulder main groove, a plurality of outer transverse grooves connecting between the outside tread edge (To) and the outer crown main groove, an outer shoulder land region defined between the outside tread edge (To) and the outer shoulder main groove, and an outer middle land region defined between the outer shoulder main groove and the outer crown main groove, a maximum width (ws) of the outer shoulder land region in the tire axial direction is larger than a maximum width (Wm) of the outer middle land region in the tire axial direction, the outer shoulder land region is divided by the plurality of the outer transverse grooves into outer shoulder blocks arranged in the tire circumferential direction, and at least some of the outer shoulder blocks are each provided with an outer circumferential narrow groove connecting between a pair of the outer transverse grooves adjacently disposed to each other on both sides of each of the at least some of the outer shoulder blocks in the tire circumferential direction, characterized in that the outer circumferential narrow groove comprises a first oblique portion inclined to one side with respect to the tire circumferential direction with a length (Lc) not less than 30% of a maximum length of corresponding one of the some of the outer shoulder blocks in the tire circumferential direction, and a second oblique portion inclined to an opposite direction to the first oblique portion with a length (Lb) not less than 30% of the maximum length of the corresponding one of the some of the outer shoulder block in the tire circumferential direction.
A method for the automated positioning of a toothed workpiece, having the following method steps: - providing a toothed workpiece, which has a machine-readable, workpiece-specific marking, such as a QR code, a barcode, an RFID tag, or the like, wherein the workpiece-specific marking is provided for identifying and positioning of the workpiece; - attaching the toothed workpiece on a spindle of a CNC-controlled multiaxis machine; - automatically acquiring the marking of the toothed workpiece for determining the position of the marking with respect to the multiaxis machine and for acquiring encoded information for identifying the workpiece; - ascertaining an actual position of the toothed workpiece in relation to the multiaxis machine on the basis of the marking; - transferring the toothed workpiece from the actual position into a setpoint position in relation to the multiaxis machine based on the workpiece-specific marking which serves as a geometrical reference for the distance to the setpoint position, wherein the distance is stored in a database und wherein the distance is measured in relation to a central axis of the spindle and/oder an angular distance, before a machining and/or measuring method is carried out in the multiaxis machine. - providing a toothed workpiece, which has a machine-readable, workpiece-specific marking, such as a QR code, a barcode, an RFID tag, or the like, wherein the workpiece-specific marking is provided for identifying and positioning of the workpiece; - attaching the toothed workpiece on a spindle of a CNC-controlled multiaxis machine; - automatically acquiring the marking of the toothed workpiece for determining the position of the marking with respect to the multiaxis machine and for acquiring encoded information for identifying the workpiece; - ascertaining an actual position of the toothed workpiece in relation to the multiaxis machine on the basis of the marking; - transferring the toothed workpiece from the actual position into a setpoint position in relation to the multiaxis machine based on the workpiece-specific marking which serves as a geometrical reference for the distance to the setpoint position, wherein the distance is stored in a database und wherein the distance is measured in relation to a central axis of the spindle and/oder an angular distance, before a machining and/or measuring method is carried out in the multiaxis machine.
A physiological information measurement device comprising: one or more processors configured to calculate a first time-averaged value of physiological information of a subject based for a first time period ending at a present time and calculate a second time-averaged value of the physiological information for a second time period that ends at the present time and is different from the first time period, wherein the first time-averaged value A1 at the present time t0 is indicated by A 1 t 0 = 1 T 1 ∫ t 0 − T 1 t 0 f t dt, where the time-varying physiological information is expressed as f(t) and T1 is the first time period, wherein the second time-averaged value A2 at the present time t0 is indicated by A 2 t 0 = 1 T 2 ∫ t 0 − T 2 t 0 f t dt, where the time-varying physiological information is expressed as f(t) and T2 is the second time period; and a display configured to display a first graph curve indicating a temporal change of the first time-averaged value and a second graph curve indicating a temporal change of the second time-averaged value simultaneously, wherein the processor outputs data for displaying the first and second time-averaged values A1, A2 of the physiological information on the display. one or more processors configured to calculate a first time-averaged value of physiological information of a subject based for a first time period ending at a present time and calculate a second time-averaged value of the physiological information for a second time period that ends at the present time and is different from the first time period, wherein the first time-averaged value A1 at the present time t0 is indicated by A 1 t 0 = 1 T 1 ∫ t 0 − T 1 t 0 f t dt, where the time-varying physiological information is expressed as f(t) and T1 is the first time period, wherein the second time-averaged value A2 at the present time t0 is indicated by A 2 t 0 = 1 T 2 ∫ t 0 − T 2 t 0 f t dt, where the time-varying physiological information is expressed as f(t) and T2 is the second time period; and a display configured to display a first graph curve indicating a temporal change of the first time-averaged value and a second graph curve indicating a temporal change of the second time-averaged value simultaneously, wherein the processor outputs data for displaying the first and second time-averaged values A1, A2 of the physiological information on the display.
Safety system for a power tool, comprising: - a radio-electric signal generator, arranged for generating a radio-electric signal (s(t)), - the power tool being arranged to be carried by a limb of the user, said power tool comprising - a machining member, - a support member, - an actuator connected to the machining member, - an antenna, said antenna being fastened onto said machining member and/or onto said support member, - a calculation module, characterized in that said radio-electric signal generator is electrically coupled to said user so as to inject into the user's body said radio-electric signal (s(t)), said radio-electric signal (s(t)) being then transmitted by said user in the form of an electromagnetic signal, in that said antenna is arranged for receiving said electromagnetic signal, and in that - said calculation module is arranged for determining a distance between the user and said machining member on the basis of a radio-electric signal (s'(t)) corresponding to said electromagnetic signal received by said antenna, and for modifying the speed of said actuator based on this distance. - a radio-electric signal generator, arranged for generating a radio-electric signal (s(t)), - the power tool being arranged to be carried by a limb of the user, said power tool comprising - a machining member, - a support member, - an actuator connected to the machining member, - an antenna, said antenna being fastened onto said machining member and/or onto said support member, - a machining member, - a support member, - an actuator connected to the machining member, - an antenna, said antenna being fastened onto said machining member and/or onto said support member, - a calculation module, characterized in that said radio-electric signal generator is electrically coupled to said user so as to inject into the user's body said radio-electric signal (s(t)), said radio-electric signal (s(t)) being then transmitted by said user in the form of an electromagnetic signal, in that said antenna is arranged for receiving said electromagnetic signal, and in that characterized in that said radio-electric signal generator is electrically coupled to said user so as to inject into the user's body said radio-electric signal (s(t)), said radio-electric signal (s(t)) being then transmitted by said user in the form of an electromagnetic signal, in that said antenna is arranged for receiving said electromagnetic signal, and in that - said calculation module is arranged for determining a distance between the user and said machining member on the basis of a radio-electric signal (s'(t)) corresponding to said electromagnetic signal received by said antenna, and for modifying the speed of said actuator based on this distance.
A ringfilter, which extends in a ring-shape about a central axis and is configured for the disposition in a bore-like reception, including: a filter basket, which forms the basic structure of the ringfilter and extends in a ring-shape about the central axis, filter material, which is accommodated in the filter basket and serves for filtering a medium, which flows through the filter material, wherein the filter basket includes at least one sealing body, which is integrally configured with the filter basket and is configured for sealing at least one fluid area of the filter basket towards the reception, wherein the sealing body forms a sealing shoulder radially arched towards the outside for reaching a sealing abutment against the walling (11 a) of the reception, characterized in that the filter basket includes at least one collar-like conformation, on which the sealing shoulder is at least partially disposed, wherein the collar-like conformation is resiliently configured in such a way that the latter is configured to radially deflect inwardly, when the ringfilter is inserted into the reception. a filter basket, which forms the basic structure of the ringfilter and extends in a ring-shape about the central axis, filter material, which is accommodated in the filter basket and serves for filtering a medium, which flows through the filter material, wherein the filter basket includes at least one sealing body, which is integrally configured with the filter basket and is configured for sealing at least one fluid area of the filter basket towards the reception, wherein the sealing body forms a sealing shoulder radially arched towards the outside for reaching a sealing abutment against the walling (11 a) of the reception, characterized in that the filter basket includes at least one collar-like conformation, on which the sealing shoulder is at least partially disposed, wherein the collar-like conformation is resiliently configured in such a way that the latter is configured to radially deflect inwardly, when the ringfilter is inserted into the reception.
A railroad tie having an elongated tie body prepared from a composite material comprising: a plurality of bonding elements, wherein each bonding element comprises: a core comprising primarily calcium silicate, a silica-rich first or inner layer, and a calcium carbonate-rich second or outer layer; and filler particles comprising coarse filler particles and/or fine filler particles, wherein the plurality of bonding elements and the plurality of filler particles together form one or more bonding matrices and the bonding elements and the filler particles are substantially evenly dispersed therein and bonded together, wherein the composite material is characterized by a density from 1900 kg/m 3 to 2800 kg/m 3, a compressive strength from 40 MPa to 100 MPa, and a flexural strength from 4 MPa to 10 MPa, the railroad tie is characterized by an improved abrasion resistance over conventional concrete railroad ties and an abrasion index greater than 350 min/inch, the elongated tie body has one or more longitudinally disposed ducts wherein one or more reinforcement steel bars are placed respectively. a plurality of bonding elements, wherein each bonding element comprises: a core comprising primarily calcium silicate, a silica-rich first or inner layer, and a calcium carbonate-rich second or outer layer; and filler particles comprising coarse filler particles and/or fine filler particles, wherein the plurality of bonding elements and the plurality of filler particles together form one or more bonding matrices and the bonding elements and the filler particles are substantially evenly dispersed therein and bonded together,
A method for protecting a movable machine part of a machine, in particular a robot arm, wherein a respective distance value is measured along a plurality of visual beams by at least one contactless distance sensor (12a-b) that is moved along with the machine part, and the measured distance values are compared with at least one adjustable distance threshold in order to decide whether a safety-related reaction of the machine is initiated, wherein the visual beams of a length corresponding to the distance threshold form a protective bell for the movable machine part, characterized in that a pose of the distance sensor (12a-b) is determined from a forward kinematics of the movable machine part, in that the topography of an environment (20, 22, 32) of the machine, i.e. a 3D contour formed by a working surface and objects on the working surface, is detected by an earlier measurement and/or a measurement during operation with at least one topography sensor (28, 30) or is known as a 3D model, in particular CAD model, in that a respective maximum distance to the environment (20, 22, 32) is determined for the visual beams by calculation on the basis of the topography, and in that an adaptation of the at least one distance threshold is done on the basis of the maximum distance.
A bonding wire formed from an aluminum-zirconium alloy, the aluminum-zirconium alloy comprising an inoculant comprising tin, wherein the aluminum-zirconium alloy comprises: 99% by weight aluminum; 0.2% to 0.4% by weight zirconium; 0.3% to 0.5% by weight iron; and 0.01% to 0.2% by weight tin. 99% by weight aluminum; 0.2% to 0.4% by weight zirconium; 0.3% to 0.5% by weight iron; and 0.01% to 0.2% by weight tin.
A seating device characterized by: a seat body; a headrest movably connected to said seat body; an adjustment mechanism connected between said seat body and said headrest to adjust a position of said headrest relative to said seat body; and an operating unit movably mounted to said headrest and having a driving member to actuate said adjustment mechanism, said driving member being movable between a non-operative position and an operative position, characterised in that, when said driving member is in the non-operative position, said driving member is inoperative to transmit an actuation movement from a handle portion to said adjustment mechanism for actuating said adjustment mechanism, and wherein, when said driving member is in the operative position, said handle portion is spaced away and protrudes from an outer surface of said headrest, and said driving member is operative to transmit the actuation movement to said adjustment mechanism. a seat body; a headrest movably connected to said seat body; an adjustment mechanism connected between said seat body and said headrest to adjust a position of said headrest relative to said seat body; and an operating unit movably mounted to said headrest and having a driving member to actuate said adjustment mechanism, said driving member being movable between a non-operative position and an operative position, characterised in that, when said driving member is in the non-operative position, said driving member is inoperative to transmit an actuation movement from a handle portion to said adjustment mechanism for actuating said adjustment mechanism, and wherein, when said driving member is in the operative position, said handle portion is spaced away and protrudes from an outer surface of said headrest, and said driving member is operative to transmit the actuation movement to said adjustment mechanism.
A method for culturing isolated corneal endothelial cells comprising the steps of: (i) culturing isolated primary corneal endothelial cells which have not been transformed to immortalized cells with a maintenance medium consisting of Human Endothelial-Serum Free Medium (Human Endothelial-SFM) supplemented with 5% serum and optionally at least one antimicrobial; to stabilize the corneal endothelial cells; (ii) replacing the maintenance medium with a proliferative medium and culturing the isolated stabilized corneal endothelial cells in said proliferative medium to propagate and/or expand corneal endothelial cells; and (iii) replacing the proliferative medium with said maintenance medium before the propagated and/or expanded corneal endothelial cells differentiate or change morphology and/or characteristics to preserve the morphology and characteristics of the corneal endothelial cells. (i) culturing isolated primary corneal endothelial cells which have not been transformed to immortalized cells with a maintenance medium consisting of Human Endothelial-Serum Free Medium (Human Endothelial-SFM) supplemented with 5% serum and optionally at least one antimicrobial; to stabilize the corneal endothelial cells; (ii) replacing the maintenance medium with a proliferative medium and culturing the isolated stabilized corneal endothelial cells in said proliferative medium to propagate and/or expand corneal endothelial cells; and (iii) replacing the proliferative medium with said maintenance medium before the propagated and/or expanded corneal endothelial cells differentiate or change morphology and/or characteristics to preserve the morphology and characteristics of the corneal endothelial cells.
A butt splicing method for butt splicing together two hot-melt articles (2, 3) presented in the form of strips or sheets, said method being implemented in an installation that, along an unreeling path, unreels a first article wound around a first pay-out reel, said method being characterized in that it comprises at least the steps consisting in: - providing the installation with a second pay-out reel around which a second article is wound; - automatically moving a first deflector roller for automatically moving a tensioned segment of the second article into a butt splicing plane situated out of the unreeling path along which the first article is unreeled; - automatically moving a third deflector roller for automatically moving a tensioned segment of the first article to the level of the butt splicing plane, and so as to bring the segment of the first article into register with, face-to-face with and end-to-end with the segment of the second article; and - automatically putting the two segments into end-to-end contact, and automatically cutting and bonding the two segments transversely so as to perform the butt splicing operation as such. - providing the installation with a second pay-out reel around which a second article is wound; - automatically moving a first deflector roller for automatically moving a tensioned segment of the second article into a butt splicing plane situated out of the unreeling path along which the first article is unreeled; - automatically moving a third deflector roller for automatically moving a tensioned segment of the first article to the level of the butt splicing plane, and so as to bring the segment of the first article into register with, face-to-face with and end-to-end with the segment of the second article; and - automatically putting the two segments into end-to-end contact, and automatically cutting and bonding the two segments transversely so as to perform the butt splicing operation as such.
A C12A7 electride thin film fabrication method characterized by comprising a step of: forming an amorphous C12A7 electride thin film on a substrate by vapor deposition under an atmosphere with an oxygen partial pressure of less than or equal to 0.0001 Pa and a hydrogen partial pressure of less than 0.004 Pa, using a target made of a crystalline C12A7 electride having an electron density within a range of 2.0×10 18 cm -3 to 2.3×10 21 cm -3.
A dermatological composition as a cross-linked gel or hydrogel, comprising as a photosensitizing substance chlorophyll or a derivative represented by the general formula: wherein M represents a metal atom and R 1 represents a lower alkyl group with 1 to 4 carbon atoms, containing an alpha- or beta-hydroxyacid, for use as a drug in the treatment and prevention of signs of skin ageing of heliodermitis and of actinic keratos is by the technique of photodynamic therapy.