mhurhangee/ep-ind-claims huggingface dataset:
A head-mounted display, comprising: a first camera for capturing a left viewpoint image of a scene; a second camera for capturing a right viewpoint image of the scene, the second camera having a field of view at least partially overlapping a field of view of the first camera; a first display unit and a second display unit; and a processor coupled to the first camera, the second camera, the first display unit and the second display unit, the processor being configured to: receive a first image from the first camera; receive a second image from the second camera; identify a region of interest which is common to both the first image and the second image; select a first sub-image of the first image such that the region of interest is centrally positioned in the first sub-image; select a second sub-image of the second image such that the region of interest is centrally positioned in the second sub-image; display the first sub-image on the first display unit; and display the second sub-image on the second display unit. a first camera for capturing a left viewpoint image of a scene; a second camera for capturing a right viewpoint image of the scene, the second camera having a field of view at least partially overlapping a field of view of the first camera; a first display unit and a second display unit; and a processor coupled to the first camera, the second camera, the first display unit and the second display unit, the processor being configured to: receive a first image from the first camera; receive a second image from the second camera; identify a region of interest which is common to both the first image and the second image; select a first sub-image of the first image such that the region of interest is centrally positioned in the first sub-image; select a second sub-image of the second image such that the region of interest is centrally positioned in the second sub-image; display the first sub-image on the first display unit; and display the second sub-image on the second display unit. receive a first image from the first camera; receive a second image from the second camera; identify a region of interest which is common to both the first image and the second image; select a first sub-image of the first image such that the region of interest is centrally positioned in the first sub-image; select a second sub-image of the second image such that the region of interest is centrally positioned in the second sub-image; display the first sub-image on the first display unit; and display the second sub-image on the second display unit.
Electrical device for rail mounting, said electrical device comprising: a housing having a rail receiving recess therein, at least one edge of said recess being defined by an end region of a latch member that is movable relative to the housing in a direction transverse to the recess, resilient means biasing the latch member to move in a direction to reduce the width of said recess, wherein said resilient means comprise a torsion spring arranged in a depression of the latch member, the torsion spring having a first leg and a second leg deflectable around a hinge region, said first leg resting against a protrusion of the housing, and said second leg resting against the latch member, wherein the housing comprises a retention pin forming said protrusion, that extends into the depression and compresses the torsion spring in an open position of the latch member. a housing having a rail receiving recess therein, at least one edge of said recess being defined by an end region of a latch member that is movable relative to the housing in a direction transverse to the recess, resilient means biasing the latch member to move in a direction to reduce the width of said recess, wherein said resilient means comprise a torsion spring arranged in a depression of the latch member, the torsion spring having a first leg and a second leg deflectable around a hinge region, said first leg resting against a protrusion of the housing, and said second leg resting against the latch member, wherein the housing comprises a retention pin forming said protrusion, that extends into the depression and compresses the torsion spring in an open position of the latch member.
A method for applying liners inside containers, comprising: - providing a plurality of liners each having a bottom wall, a side wall, an upper opening opposite the bottom wall and a fold extending around the edge of the upper opening, - placing said plurality of liners in at least one vertical stack in which the liners are upside down and one inside the other, - pulling the liner at the top of the stack out of the stack in a vertical direction and overturning the liner so as to orient it vertically with the upper opening facing upwards, - inserting a gripping tool into the liner and gripping the liner with said gripping tool, - inserting the gripping tool and the liner held thereby inside a container and placing the liner inside the container, and - releasing the liner into the container and removing the gripping tool from the container. - providing a plurality of liners each having a bottom wall, a side wall, an upper opening opposite the bottom wall and a fold extending around the edge of the upper opening, - placing said plurality of liners in at least one vertical stack in which the liners are upside down and one inside the other, - pulling the liner at the top of the stack out of the stack in a vertical direction and overturning the liner so as to orient it vertically with the upper opening facing upwards, - inserting a gripping tool into the liner and gripping the liner with said gripping tool, - inserting the gripping tool and the liner held thereby inside a container and placing the liner inside the container, and - releasing the liner into the container and removing the gripping tool from the container.
A method for providing a brain computer interface comprising: within a first time window, detecting a first neural signal of a user in response to a calibration session having at least one of a first time-locked component and a first spontaneous component, wherein the first time-locked component comprises a first randomized factor occupying a first percentage of a first stimulus of the calibration session; generating a user-specific calibration model based on the first neural signal; prompting the user to undergo a verification session within a second time window; detecting a second neural signal contemporaneously with delivery of the verification session; based upon a comparison operation between processed outputs of the second neural signal with processed outputs of the user-specific calibration model, determining an authentication status of the user; and based upon the authentication status, performing an authenticated action. within a first time window, detecting a first neural signal of a user in response to a calibration session having at least one of a first time-locked component and a first spontaneous component, wherein the first time-locked component comprises a first randomized factor occupying a first percentage of a first stimulus of the calibration session; generating a user-specific calibration model based on the first neural signal; prompting the user to undergo a verification session within a second time window; detecting a second neural signal contemporaneously with delivery of the verification session; based upon a comparison operation between processed outputs of the second neural signal with processed outputs of the user-specific calibration model, determining an authentication status of the user; and based upon the authentication status, performing an authenticated action.
A liquid level measuring device comprising: a sensor which is attached to a reducing agent tank storing therein a liquid reducing agent or its precursor and has: a concentration meter measuring the concentration of the liquid reducing agent or its precursor based on heat discharge characteristics, and a control unit with a built-in computer, wherein the sensor is attached to the reducing agent tank so as to hang from a top wall of the reducing agent tank and further has a liquid level indicator measuring the liquid level of the liquid reducing agent or its precursor based on a capacitance change; the liquid level indicator and the concentration meter being unified; characterised in that when the liquid level measured by the liquid level indicator of the sensor is equal to or greater than a predetermined measurable lower limit, the control unit outputs the measured liquid level, and when the liquid level measured by the liquid level indicator of the sensor is less than the measurable lower limit, the control unit outputs the liquid level estimated based on a consumption of the liquid reducing agent or its precursor in the reducing agent tank and a tank cross-sectional area at the last output liquid level. a sensor which is attached to a reducing agent tank storing therein a liquid reducing agent or its precursor and has: a concentration meter measuring the concentration of the liquid reducing agent or its precursor based on heat discharge characteristics, and a control unit with a built-in computer,
A microneedle array comprising: a multilayer polymer having a first side (126, 152) and an opposing second side (130, 156), the multilayer polymer defining a plurality of microneedles on the first side (126, 152), each microneedle having a distal end and a base between the distal end and the second side (130, 156) of the multilayer polymer, the base of each of the microneedles having a cross-sectional area larger than that of the respective distal end; where the multilayer polymer comprises: a first layer (118, 144) having the first side (126, 152) and that includes polymethylmethacrylate (PMMA); and a second layer (122, 148) having the second side (130, 156) and that includes polycarbonate wherein a hardness of the first layer (118, 144) comprises a pencil hardness of H or greater. a multilayer polymer having a first side (126, 152) and an opposing second side (130, 156), the multilayer polymer defining a plurality of microneedles on the first side (126, 152), each microneedle having a distal end and a base between the distal end and the second side (130, 156) of the multilayer polymer, the base of each of the microneedles having a cross-sectional area larger than that of the respective distal end; where the multilayer polymer comprises: a first layer (118, 144) having the first side (126, 152) and that includes polymethylmethacrylate (PMMA); and a second layer (122, 148) having the second side (130, 156) and that includes polycarbonate wherein a hardness of the first layer (118, 144) comprises a pencil hardness of H or greater. a first layer (118, 144) having the first side (126, 152) and that includes polymethylmethacrylate (PMMA); and a second layer (122, 148) having the second side (130, 156) and that includes polycarbonate wherein a hardness of the first layer (118, 144) comprises a pencil hardness of H or greater.
Method for actuating a mobile working machine with a reversing gear unit, wherein a reversal of the direction of travel is initiated by registering a direction of travel command, and a change of the transmission of torque from one direction of travel to the other direction of travel is carried out by means of overlapping gear changes, characterized in that after the direction of travel command has been registered an electric machine of a hybrid drive in the drive train of the working machine is operated as a generator in order to brake the working machine at a first time (t 1) until approximately the stationary state of the working machine is reached at a second time (t 2), and in that the changeover of the transmission of torque from one direction of travel to the other is carried out near to the stationary state of the working machine.
An interface for use in providing positive pressure respiratory therapy, the interface comprising: a mask assembly comprising a mask seal and a mask base, the mask seal being secured to the mask base, the mask seal comprising: an oral opening and at least one nasal opening; support regions and a ballooning or flexing region in an upper portion of the mask seal, the support regions being more rigid than the ballooning or flexing region; lower corner reinforcements and a flexing chin region formed in between the lower corner reinforcements, the lower corner reinforcements being stiffer than the flexing chin region, so that the mask seal has a variety of rigidities or degrees of flexibility to enhance the conformability of the mask seal with a user's face; and a first paddle and a second paddle, the paddles (512, 514) extending generally upward from an upper surface of the mask seal, the first and second paddles (512, 514) together with the upper surface defining a valley for accommodating at least a tip of a nose of the user such that the upper surface underlies the nose, the upper surface comprising at least a portion of at least one nasal opening, wherein the support regions are located on forward-facing surfaces of the first and second paddles (512, 514). an oral opening and at least one nasal opening; support regions and a ballooning or flexing region in an upper portion of the mask seal, the support regions being more rigid than the ballooning or flexing region; lower corner reinforcements and a flexing chin region formed in between the lower corner reinforcements, the lower corner reinforcements being stiffer than the flexing chin region, so that the mask seal has a variety of rigidities or degrees of flexibility to enhance the conformability of the mask seal with a user's face; and a first paddle and a second paddle, the paddles (512, 514) extending generally upward from an upper surface of the mask seal, the first and second paddles (512, 514) together with the upper surface defining a valley for accommodating at least a tip of a nose of the user such that the upper surface underlies the nose, the upper surface comprising at least a portion of at least one nasal opening, wherein the support regions are located on forward-facing surfaces of the first and second paddles (512, 514).
A liquid binder which in an aqueous solvent or a mixture of aqueous and organic solvent contains a combination of at least two and at most five metal phosphates of different metal cations, having the general formula: ∑ i = 1 5 X i m i n i + H 3 − ∑ 1 5 m i PO 4 ∑ 1 5 m i ⋅ n i in which X, m and n for the respective index i are defined as follows: i 1 2 3 4 5 X Al 3+ Zn 2+ Mg 2+ Ti 3+ /Ti 4+ Fe 2+ /Fe 3+ m 0.2 - 1.05 0 - 0.5 0 - 0.9 0-0.1 0 - 0.15 n 3 2 2 3/4 2/3 wherein 0, 95 ≤ ∑ i = 1 5 m i ≤ 1, 5 and wherein the liquid binder further contains at least one inorganic base selected from alkali metal hydroxides, carbonates, borates and silicates.
A method for manufacturing a test element for detecting at least one analyte in a body fluid, wherein the method comprises the following steps: a) providing at least one substrate having at least one elongate receptacle on a substrate surface of the substrate; b) placing at least one test chemical on the substrate in a manner that the test chemical covers a partition of the elongate receptacle; c) placing at least one cover element on the substrate such that the cover element covers the elongate receptacle at least partially, whereby a channel having a channel surface is formed; wherein at least one hydrophilic material is applied in a manner that at least one surface section of the channel surface is covered with the hydrophilic material, wherein the surface section is adjacent to the test chemical, wherein the cover element is placed adjacent to the test chemical, characterized in that a hydrophilic layer is applied in an area of a gap between the test chemical and the cover element. a) providing at least one substrate having at least one elongate receptacle on a substrate surface of the substrate; b) placing at least one test chemical on the substrate in a manner that the test chemical covers a partition of the elongate receptacle; c) placing at least one cover element on the substrate such that the cover element covers the elongate receptacle at least partially, whereby a channel having a channel surface is formed; wherein at least one hydrophilic material is applied in a manner that at least one surface section of the channel surface is covered with the hydrophilic material, wherein the surface section is adjacent to the test chemical, wherein the cover element is placed adjacent to the test chemical, characterized in that a hydrophilic layer is applied in an area of a gap between the test chemical and the cover element.
An aqueous solution for absorbing and recovering carbon dioxide from a carbon dioxide-containing gas, the aqueous solution comprising an amino alcohol compound represented by Formula 1 and an amine compound represented by Formula 2, wherein R represents an alkyl group having 1 to 5 carbon atoms, and n represents 1 or 2, wherein X represents -NR1R2; Y represents -NR3R4; R1, R2, R3 and R4 may be the same or different, and each represents an alkyl group having 1 to 3 carbon atoms; and m represents an integer of 3 to 7.
A delivery capsule for releasing a benefit agent from a concentrated cleaning composition upon dilution of the cleaning composition to produce diluted wash liquor, the capsule comprising: a core comprising matrix material and a benefit agent, wherein the osmolarity of the core is within an order of magnitude of the osmolarity of the concentrated cleaning composition, which core is encapsulated with a substantially insoluble semipermeable membrane that is permeable to water but not to the matrix material, the benefit agent, or other osmolytes present in the core or concentrated cleaning composition, and wherein the semipermeable membrane is formed from a cellulose ester or cellulose ether; wherein when immersed in the concentrated cleaning composition the osmotic pressure in the core remains within an order of magnitude of the osmotic pressure of the concentrated cleaning composition and the semipermeable membrane retains structural integrity; wherein upon dilution of the cleaning composition by at least ten-fold to produce a wash liquor, the reduced osmotic pressure of the wash liquor compared to the concentrated cleaning composition causes water to diffuse through the semipermeable membrane into the core, causing the core to expand and burst or rupture the semi-permeable membrane, with concomitant release of the benefit agent into the wash liquor; and wherein the benefit agent is one or more enzymes or other macromolecular actives. a core comprising matrix material and a benefit agent, wherein the osmolarity of the core is within an order of magnitude of the osmolarity of the concentrated cleaning composition, which core is encapsulated with a substantially insoluble semipermeable membrane that is permeable to water but not to the matrix material, the benefit agent, or other osmolytes present in the core or concentrated cleaning composition, and wherein the semipermeable membrane is formed from a cellulose ester or cellulose ether; wherein when immersed in the concentrated cleaning composition the osmotic pressure in the core remains within an order of magnitude of the osmotic pressure of the concentrated cleaning composition and the semipermeable membrane retains structural integrity; wherein upon dilution of the cleaning composition by at least ten-fold to produce a wash liquor, the reduced osmotic pressure of the wash liquor compared to the concentrated cleaning composition causes water to diffuse through the semipermeable membrane into the core, causing the core to expand and burst or rupture the semi-permeable membrane, with concomitant release of the benefit agent into the wash liquor; and wherein the benefit agent is one or more enzymes or other macromolecular actives.
A distance measuring system (1, 1A, 1B, 1C, 1D) comprising: a light source unit that is configured to emit infrared light toward a target object; a light receiving unit that is configured to receive the infrared light from the target object; an arithmetic processing unit that is configured to obtain information regarding a distance to the target object on a basis of data from the light receiving unit; and an optical member (10, 10A, 10B) arranged on a light receiving surface side of the light receiving unit, wherein the optical member (10, 10A, 10B) includes a bandpass filter, the bandpass filter comprises: a first filter that is transparent to light in a predetermined wavelength range of infrared light; and a second filter that is non-transparent to visible light and transparent to infrared light, the first filter and the second filter are stacked and formed on one side of a base material (13, 13A), and the bandpass filter has a concave-shaped light incident surface. a light source unit that is configured to emit infrared light toward a target object; a light receiving unit that is configured to receive the infrared light from the target object; an arithmetic processing unit that is configured to obtain information regarding a distance to the target object on a basis of data from the light receiving unit; and an optical member (10, 10A, 10B) arranged on a light receiving surface side of the light receiving unit, wherein the optical member (10, 10A, 10B) includes a bandpass filter, the bandpass filter comprises: a first filter that is transparent to light in a predetermined wavelength range of infrared light; and a second filter that is non-transparent to visible light and transparent to infrared light, a first filter that is transparent to light in a predetermined wavelength range of infrared light; and a second filter that is non-transparent to visible light and transparent to infrared light, the first filter and the second filter are stacked and formed on one side of a base material (13, 13A), and the bandpass filter has a concave-shaped light incident surface.
Device for transmitting data to at least one client device, the data being transmitted according to a plurality of predetermined profiles (P i), each client device being associated with at least one of the predetermined profiles (P i), characterized in that it comprises: - means for adapting the content of the data to be transmitted as a function of the predetermined profiles (P i) by generating data groups (B i), each data group (B i) representing the content to be transmitted according to one of the predetermined profiles (P i), - means for creating a single data stream (A i, D, C i) encapsulating the data groups (B i) adapted to the plurality of predetermined profiles (P i) so that each client device recovers from the single data stream (A i, D, C i), the data groups adapted to its predetermined profile (P i), - and means for transmitting the single data stream (A i, D, C i) created to the client devices. - means for adapting the content of the data to be transmitted as a function of the predetermined profiles (P i) by generating data groups (B i), each data group (B i) representing the content to be transmitted according to one of the predetermined profiles (P i), - means for creating a single data stream (A i, D, C i) encapsulating the data groups (B i) adapted to the plurality of predetermined profiles (P i) so that each client device recovers from the single data stream (A i, D, C i), the data groups adapted to its predetermined profile (P i), - and means for transmitting the single data stream (A i, D, C i) created to the client devices.