mhurhangee/ep-ind-claims huggingface dataset:
An intrusion alarm component comprising a first element, a second element and a locking device for locking the first element to the second element, wherein: the locking device comprises an axis of rotation and a protrusion for locking interaction with a projection of the second element, and wherein the locking device is connected to the first element and is rotatable around the axis of rotation between an unlocked position and a locked position in which the protrusion of the locking device engages the projection of the second element, characterised in that the component is configured for indicating when the first element is releasable from the second element, the locking device comprises a first abutment surface offset from the axis of rotation, the first abutment surface being formed by an axially projecting pin of the locking device, and in that the second element comprises a second abutment surface arranged in a position for engaging the first abutment surface of the locking device when the locking device has been rotated to the unlocked position, in which unlocked position the protrusion of the locking device is disengaged from the projection of the second element, and, by further rotation of the locking device, the first abutment surface is forced against the second abutment surface displacing the locking device in relation to the second element while bringing the first element along therewith so as to displace the first and second elements (11, 12) in relation to each other in a direction generally orthogonal to the axis of rotation of the locking device. the locking device comprises an axis of rotation and a protrusion for locking interaction with a projection of the second element, and wherein the locking device is connected to the first element and is rotatable around the axis of rotation between an unlocked position and a locked position in which the protrusion of the locking device engages the projection of the second element, characterised in that the component is configured for indicating when the first element is releasable from the second element, the locking device comprises a first abutment surface offset from the axis of rotation, the first abutment surface being formed by an axially projecting pin of the locking device, and in that the second element comprises a second abutment surface arranged in a position for engaging the first abutment surface of the locking device when the locking device has been rotated to the unlocked position, in which unlocked position the protrusion of the locking device is disengaged from the projection of the second element, and, by further rotation of the locking device, the first abutment surface is forced against the second abutment surface displacing the locking device in relation to the second element while bringing the first element along therewith so as to displace the first and second elements (11, 12) in relation to each other in a direction generally orthogonal to the axis of rotation of the locking device.
Arrangement or the lubrication of saw chains, which comprises a grease tank and an apparatus for feeding grease through a piping to a saw chain, wherein said apparatus for feeding grease to a chain comprises a hydraulic device (3, 5, 6, 7) which is adapted to be powered by the saw hydraulic system (8, 9), said hydraulic device comprising a piston body, which is functionally connected to the grease tank, a valve body, which is functionally connected to the grease tank, and a doser which is functionally connected to said valve body, whereby, as the hydraulic pressure of the saw tank rises, the piston body is adapted to transfer grease from the grease tank while shifting the valve body from the first position to the second position, in order for the grease to pass to the doser, and whereby, as the hydraulic pressure falls, the valve body is adapted to return to another position at which the doser is adapted to open to allow the grease pass through the piping to the saw chain.
An accompanying mobile body that includes a propelling unit and accompanies a user, comprising: a movement state recognition section that recognizes a moving direction and a moving speed of the user, based on an image of the user shot by an omnidirectional camera disposed on the accompanying mobile body and a location of the user detected by a LiDAR disposed on the accompanying mobile body; a predicted location calculation section that calculates a predicted location of the user after a first predetermined time period based on the moving direction and the moving speed of the user recognized by the movement state recognition section; and an accompanying control section that performs accompanying control to cause the accompanying mobile body to move by the propelling unit toward a target location of accompanying that is a location apart from the predicted location by a specified distance in a specified direction, characterized by comprising a motion recognition section that recognizes, based on an image of the user shot by the omnidirectional camera, a motion of the user including a gesture of the user that is the gesture by the user instructing a change in the accompanying conditions, and a change in a line of sight of the user, wherein the accompanying control section changes a sampling cycle (Ts) at which the predicted location is calculated in response to the motion of the user recognized by the motion recognition section. a movement state recognition section that recognizes a moving direction and a moving speed of the user, based on an image of the user shot by an omnidirectional camera disposed on the accompanying mobile body and a location of the user detected by a LiDAR disposed on the accompanying mobile body; a predicted location calculation section that calculates a predicted location of the user after a first predetermined time period based on the moving direction and the moving speed of the user recognized by the movement state recognition section; and an accompanying control section that performs accompanying control to cause the accompanying mobile body to move by the propelling unit toward a target location of accompanying that is a location apart from the predicted location by a specified distance in a specified direction, characterized by comprising a motion recognition section that recognizes, based on an image of the user shot by the omnidirectional camera, a motion of the user including a gesture of the user that is the gesture by the user instructing a change in the accompanying conditions, and a change in a line of sight of the user, wherein the accompanying control section changes a sampling cycle (Ts) at which the predicted location is calculated in response to the motion of the user recognized by the motion recognition section.
A method for determining residual insulin for use with an insulin delivery device, the method comprising: receiving one or more bolus records,,, each bolus record includes at least one bolus dose value and an associated time representative of the time the at least one_bolus dose value was delivered to a patient; receiving one or more dose dependent RI time records,,, each of the one or more RI time records includes at least a dose value and an associated at least a duration value representative of dose-dependent duration of therapeutic effectiveness of the associated at least the dose value; and determining based on the one or more bolus records,, and the one or more dose dependent RI time records,,, a residual insulin,, in the patient's body at a particular time instance. receiving one or more bolus records,,, each bolus record includes at least one bolus dose value and an associated time representative of the time the at least one_bolus dose value was delivered to a patient; receiving one or more dose dependent RI time records,,, each of the one or more RI time records includes at least a dose value and an associated at least a duration value representative of dose-dependent duration of therapeutic effectiveness of the associated at least the dose value; and determining based on the one or more bolus records,, and the one or more dose dependent RI time records,,, a residual insulin,, in the patient's body at a particular time instance.
Calender for producing a film of thermoplastic materials, comprising at least two rolls (2, 3, 15) between which a rolling gap (4, 4') for the film to pass through can be formed, wherein the rolls (2, 3, 15) are rotatably mounted on the end in bearings (5, 6, 7, 8, 18, 19), and one of the rolls is configured to be static and at least one further roll (2, 15) is configured as a feed roll and has a first adjustment system, by means of which bearings (5, 6, 18, 19) of the feed roll can be displaced so as to modify the rolling gap (4, 4'), and a thickness measuring apparatus is provided for compiling a thickness profile of the film over the width thereof, characterised in that the feed roll respectively has a first adjustment system on both bearings (5, 6, 18, 19), and a second adjustment system is provided, which is assigned to each adjustment system and by means of which an axial overlap of the feed roll with respect to the static roll can be set, the measurement values of the thickness measurement profile being feedable to a control device, by means of which correction values for the axial overlap of the feed roll can be determined and the second adjustment system can be driven accordingly.
A method for soldering several structural elements based on aluminium, comprising the steps: a. tempering at least one first structural element to a defined application temperature, wherein the application temperature is between 80°C and 100°C; b. applying a flow means composition to the heated structural element, wherein the flow means composition is formed as a watery dispersion with an organic binder and wherein the flow means composition comprises the following components: - at least one particulate flow means component, in particular a salt or silicon; and - the organic binder, in particular a polyurethane resin; wherein the components are mixed in a dispersion on a watery basis. a. tempering at least one first structural element to a defined application temperature, wherein the application temperature is between 80°C and 100°C; b. applying a flow means composition to the heated structural element, wherein the flow means composition is formed as a watery dispersion with an organic binder and wherein the flow means composition comprises the following components: - at least one particulate flow means component, in particular a salt or silicon; and - the organic binder, in particular a polyurethane resin; wherein the components are mixed in a dispersion on a watery basis. - at least one particulate flow means component, in particular a salt or silicon; and - the organic binder, in particular a polyurethane resin;
An information display terminal comprising: a surface member (102,201,301,601) that has a curved surface; a touch panel (104,202,302,603) having a first surface and a second surface that are opposite to each other, the first surface being adhered to the curved surface of the surface member (102,201,301,601) without an air gap; and an information terminal body (109,207,306,605) that is configured to receive an input from the touch panel (104,202,302,603); wherein the second surface of the touch panel is apart from the information terminal body characterized in that the surface member (102,201,301) is to be fixed to a structure (108,208,307,606); the information terminal body (109,207,306,605) is to be attached to the structure (108,208,307,606); and the information terminal body (109,207,306,605) is configured to be removable from the structure (108,208,307,606). a surface member (102,201,301,601) that has a curved surface; a touch panel (104,202,302,603) having a first surface and a second surface that are opposite to each other, the first surface being adhered to the curved surface of the surface member (102,201,301,601) without an air gap; and an information terminal body (109,207,306,605) that is configured to receive an input from the touch panel (104,202,302,603); wherein the second surface of the touch panel is apart from the information terminal body characterized in that the surface member (102,201,301) is to be fixed to a structure (108,208,307,606); the information terminal body (109,207,306,605) is to be attached to the structure (108,208,307,606); and the information terminal body (109,207,306,605) is configured to be removable from the structure (108,208,307,606).
Light band system, comprising - a support arrangement, which comprises at least two oblong support rail elements (1, 2) arranged one behind the other in the longitudinal direction, the support rail elements (1, 2) comprising a substantially U-shaped cross-section so that a first U-leg, a second U-leg and a connecting leg connecting the two U-legs (11, 12) with each other are formed, the free end regions of the first U-leg and of the second U-leg limiting a support rail opening, as well as - a cover arranged in a support rail opening formed by the support rail elements (1, 2), wherein the cover is formed by an oblong profile part, on which are arranged several contact elements which are connected to each other by means of at least one cable and which are designed for contacting through light modules of the light band system, and wherein the profile part has openings in which the contact elements are inserted in such a way that they can be contacted from one side that is opposite to the at least one cable with respect to the profile part. - a support arrangement, which comprises at least two oblong support rail elements (1, 2) arranged one behind the other in the longitudinal direction, the support rail elements (1, 2) comprising a substantially U-shaped cross-section so that a first U-leg, a second U-leg and a connecting leg connecting the two U-legs (11, 12) with each other are formed, the free end regions of the first U-leg and of the second U-leg limiting a support rail opening, as well as - a cover arranged in a support rail opening formed by the support rail elements (1, 2),
A phase-separation device comprising a porous membrane having a filter surface, the filter surface having a non-planar contour that forms a receiving cavity, wherein the filter surface is configured to impede flow of a polar liquid into the porous membrane and permit flow of a non-polar liquid into the porous membrane, wherein the porous membrane is hydrophobic and includes an absorption region positioned adjacent to the receiving cavity, the absorption region having a volume that is greater than a volume of the receiving cavity.
A calculation scheme decision system comprising: a pre-calculation unit configured to perform, in an execution environment in which calculation for processing input data is performed using a network structure and weight data, calculation for each of respective layers of the network structure on predetermined data using at least one of calculation schemes prepared in advance for the respective layers of the network structure; a cost acquisition unit configured to acquire a calculation cost of the at least one calculation scheme for each of the respective layers of the network structure based on a result of the calculation by the pre-calculation unit; a decision unit configured to select one calculation scheme for each of the respective layers of the network structure based on the calculation cost from among the at least one of the calculation schemes prepared in advance for the respective layers to associate the layer of the network structure with the selected one calculation scheme; and a calculation unit configured to perform the calculation for each of the respective layers of the network structure on the input data in the execution environment using the calculation scheme associated with each layer of the network structure by the decision unit. a pre-calculation unit configured to perform, in an execution environment in which calculation for processing input data is performed using a network structure and weight data, calculation for each of respective layers of the network structure on predetermined data using at least one of calculation schemes prepared in advance for the respective layers of the network structure; a cost acquisition unit configured to acquire a calculation cost of the at least one calculation scheme for each of the respective layers of the network structure based on a result of the calculation by the pre-calculation unit; a decision unit configured to select one calculation scheme for each of the respective layers of the network structure based on the calculation cost from among the at least one of the calculation schemes prepared in advance for the respective layers to associate the layer of the network structure with the selected one calculation scheme; and a calculation unit configured to perform the calculation for each of the respective layers of the network structure on the input data in the execution environment using the calculation scheme associated with each layer of the network structure by the decision unit.
A method of transmitting data from a node of a radio access network, RAN, to a radio device that is configured for discontinuous reception, DRX, according to a DRX configuration, the method comprising or triggering the steps of: indicating, via broadcasting system information, whether a wake-up signal, WUS, is to be transmitted to the radio device; determining whether data is available for transmission to the radio device; selectively transmitting the WUS to the radio device depending on the DRX configuration and the indication via the system information; and if the data is available, transmitting to the radio device on a radio resource according to the DRX configuration at least one of the data and a scheduling assignment for the transmission of the data. indicating, via broadcasting system information, whether a wake-up signal, WUS, is to be transmitted to the radio device; determining whether data is available for transmission to the radio device; selectively transmitting the WUS to the radio device depending on the DRX configuration and the indication via the system information; and if the data is available, transmitting to the radio device on a radio resource according to the DRX configuration at least one of the data and a scheduling assignment for the transmission of the data.
A coffee drink in powder form, consisting of: 1 part Drone brood; 3-9 parts glucose and/or fructose; and 1-100 parts coffee drink in powder form. 1 part Drone brood; 3-9 parts glucose and/or fructose; and 1-100 parts coffee drink in powder form.
A water electrolysis device for generating hydrogen gas and oxygen gas by electrolyzing demineralized water in an electrochemical cell comprising: an oxygen separation tank for storing demineralized water to be fed to the electrochemical cell; a demineralized water circulation line for feeding demineralized water from the oxygen separation tank to the electrochemical cell and returning demineralized water, which has been electrolyzed and remains in the electrochemical cell, to the oxygen separation tank; a demineralized water make-up line for feeding demineralized make-up water from the outside of the water electrolysis device to at least any one of the oxygen separation tank and the demineralized water circulation line; a first heat exchanger; and a first demineralized water discharge line having a proximal end communicating with at least any one of the oxygen separation tank and the demineralized water circulation line, and a distal end extending through the first heat exchanger to the outside; characterized in that the first heat exchanger is interposed in the demineralized water make-up line, and a heat transfer between the demineralized make-up water fed through the demineralized water make-up line and the demineralized water discharged to the outside through the first demineralized water discharge line is carried out at the first heat exchanger. an oxygen separation tank for storing demineralized water to be fed to the electrochemical cell; a demineralized water circulation line for feeding demineralized water from the oxygen separation tank to the electrochemical cell and returning demineralized water, which has been electrolyzed and remains in the electrochemical cell, to the oxygen separation tank; a demineralized water make-up line for feeding demineralized make-up water from the outside of the water electrolysis device to at least any one of the oxygen separation tank and the demineralized water circulation line; a first heat exchanger; and a first demineralized water discharge line having a proximal end communicating with at least any one of the oxygen separation tank and the demineralized water circulation line, and a distal end extending through the first heat exchanger to the outside; characterized in that the first heat exchanger is interposed in the demineralized water make-up line, and a heat transfer between the demineralized make-up water fed through the demineralized water make-up line and the demineralized water discharged to the outside through the first demineralized water discharge line is carried out at the first heat exchanger.
A bicycle sprocket assembly comprising: a first sprocket including an outermost peripheral portion defining a plurality of first teeth, and an innermost peripheral portion defining an opening that is free of any freewheel engaging splines; a second sprocket including an outermost peripheral portion defining a plurality of second teeth; and a first axial spacer fixed to the first and second sprockets such that the first axial spacer is disposed between the first and second sprockets without any intervening sprockets disposed between the first and second sprockets, the first axial spacer including an innermost peripheral portion defining an opening having a plurality of freewheel engaging splines, characterized in that the second sprocket includes an innermost peripheral portion defining an opening having a plurality of freewheel engaging splines, and in that the first sprocket being larger than any other sprocket of the bicycle sprocket assembly. a first sprocket including an outermost peripheral portion defining a plurality of first teeth, and an innermost peripheral portion defining an opening that is free of any freewheel engaging splines; a second sprocket including an outermost peripheral portion defining a plurality of second teeth; and a first axial spacer fixed to the first and second sprockets such that the first axial spacer is disposed between the first and second sprockets without any intervening sprockets disposed between the first and second sprockets, the first axial spacer including an innermost peripheral portion defining an opening having a plurality of freewheel engaging splines,
A device for synthesizing sound represented by sets of parameters, each set comprising noise parameters representing noise components of the sound, characterized by the device comprising: - selecting means for selecting a limited number of sets from the total number of sets on the basis of a perceptual relevance value, and - synthesizing means for synthesizing the noise components using the noise parameters of the selected sets only. - selecting means for selecting a limited number of sets from the total number of sets on the basis of a perceptual relevance value, and - synthesizing means for synthesizing the noise components using the noise parameters of the selected sets only.